Clairvoyant Investigations by Geoffrey Hodson and
David Lyness, 1957-1959
Hodson "has shown no difficulty in reality testing, no affective
disturbance, no thought disorder or bizarre behaviour" at any time.
"After having spent many hours at this work I am certain of his
ability, given satisfactory conditions, to see substantially
correctly though not of course entirely without error". "The
inferences to be drawn from his recorded observations are another
matter. The whole subject is so tremendously complex and the facts
available are so fragmentary that the utmost caution is necessary in
arriving at any hard and fast conclusion." DD Lyness
1956-12-16 at Vasanta
1957-03-10 at 31 Hospital Road
16 pages -- Omitted
Name:SOCGH_13357.doc
Size: 77824 byte(s) R06
1957-03-13 at 31 Hospital Road
diamond
CLAIRVOYANT INVESTIGATION at 31 Hospital Road on 13th March, 1957.
PRESENT: Geoffrey Hodson (GH), Jack Askew (JSEA) & David Lyness (DDL)
- DDL- Well, we'll ask you first of all to look at this
speck of diamond, (about the size of a pinhead)
- GH- Well, if you will both sit down and absolutely relax.
(Speck of diamond adjusted with piece of cardboard) (LP)
(positioning)
- GH- I begin by looking at this speck of diamond with my eyes
open, but deliberately blending etheric clairvoyance with the
physical sight of the object so as to keep it directly in both
fields of vision. The first experience is to see the speck as
intensely active with innumerable minute points of light which are
presumably quanta or foci of energy, possibly atoms, within it and
round it so that the actual existence of this speck etherically is
at least twice as large as the physical, and in this extension the
activity of minute particles is very noticeable and observable.
Some of these are shooting off, so that there is a constant
emanation of extremely minute particles which I will try and examine
directly. This emanation isn't regular, except that it continues, I
mean that the intensity of it will now be at say 10 o'clock and then
at 3 o'clock and so on. By ten and three I am assuming the middle
of the particle to the centre of the clock, with twelve at the
vertical, six at the other end. Subjectively, I get the feeling of
tremendous compression, as if some power, influence or formative
control were holding tremendous potencies in perfect check.
Diagrammatically this might be thought of as a cone pointing
downwards, the base and interior of the cone filled with this power
which is thus focussed and concentrated and compressed to the apex
of the come. -(P)- I think I would like to have the ring. This is
rather a small piece for me to keep my clairvoyant observation in
the right direction. I slip away from it.
- DDL- Now can I ask the odd question?
- GH- Yes, do ask anything you like. I haven't started really
yet.
- DDL- Now, these general points of force or light that you
see, do they appear to be moving with respect to each other or
maintaining their relative position with respect to each other? (eg
soldiers on parade).
- GH- Now, I must be careful to know what you mean. One set
of points are being continually emanated like an extremely fine
spray.
- DDL- That is not of immediate interest to us. It's if
you can find a set of points which is in a definite stationary
position ...
- GH- Inside. I would like to reduce the glitter of the
diamond as much as we can. (Thin blue curtains and venetian
blinds drawn to produce a comfortably dim light) (Considerable
discussion re positioning ; using ring now).
- GH- (VLP) I now have passed through a kind of sight which
showed me that the diamond appears to be constructed of a number of
separate crystals extremely finely joined together at faces,
therefore I presume I was only still looking at E5 or 4; looking at
a slightly higher - much higher magnification I now see a pattern of
innumerable anus arranged into a shape. This shape seems to me to
be a centre with funnels radiating from it something like a hexagon
or six sided figure. There seem to be ... six, I think, six of
these radial funnels from a centre, fairly regularly arranged
like a hexagon, if the outer openings were all linked up. Each
funnel is ... is discharging a veritable stream of minute particles,
presumably anu. I'll look at one in a minute. The whole phenomenon
is pervaded by countless extremely minute particles presumably anu
and these are of two orders: One free filling the space more or
less, though none of them touch, and others following lines of force
such as to form the currents flowing down the radial funnels. Of
course my first sight, if I really am seeing, is two dimensional
somewhat, though the funnels are three dimensional. But I have not
got a third dimensional suggestion which should be like the axle and
nave, hub of a wheel at the centre as if something like an axle
passed through this central point towards me and from me at right
angles to the direction of the radial funnel. In each funnel I see
groups of anus arranged as if they were inside circles or something
or perhaps another shape, possibly a hexagon but more likely a
circle. -(P)- This axle, as I call it, looks like a rod and it has
freely moving anus or points moving in it, held in it, and it's
rounded I think at the ends, but I am not sure. Some arrangement of
forms inside it. Each containing a certain number of these points.
Now this -(P)- is only one of a great number of three dimensional
geometrical regular forms all packed in regularly together and close
together. My impression is that the pattern of this packing at the
level at the level at which I am observing, which I think is next
below the Anu, seems to be in the design. (VLP) Can't see yet how
these shapes can - er be packed in together ... How they could be
as I seem to see them, but I will say what I seem to see even if I
can't see the sense of it at the moment. The arrangement at this
level seems to be like these processed cheeses in a box in
triangular pieces all fitting together. Those are the senses of
pattern that I get, both in the molecule itself, which first
impressed me with that design and then a number of such ... laid one
on top of the other as if they were partly flat, with thickness.
-(P)- Now coming much lower down to perhaps E4 or even lower, their
design ... the design of packing is strangely different and I have
been resisting it, but I now find myself unable to avoid a
conclusion that the design within is somewhat cubicle; intensely
closely packed, cubes, possibly, though I see chiefly the verticals
and the horizontals touching and packed together as if I am looking
along a long line of pillars ... or into crystalline cubes, into and
through crystalline transparent cubes. I am not certain, but I am
inclined to think the corners of the cubes are chamfered. But I..
er ... Oh, now I begin to see better, I couldn't see how my
hexagons made cubes. Well, if I really am right, the cube is formed
by a centre in the middle of the cube and funnels to the six sides
and these sides of which there are myriads and they touch.
- DDL- They touch each other do they?
- GH- The sides of the cubes seem to me to be touching each
other.
- DDL- And what size are the funnels compared to the cubes?
Twice, or half?
- GH- You mean from the point? From the interior common apex?
From there to where? To the sides of the cube?
- DDL- Does the funnel project out of the cube?
- GH- Oh yes, I see what you mean. My first impression, but I
haven't examined that, was that it was within, level with the - that
the opening of funnel would be about level with the cube. I am not
sure, I haven't examined that.
- DDL- Well, while you are looking at that, what is the
rough relation of the anu to a funnel? Is it say a man to HPB Hall?
- GH- Oh, yes, I see, yes I will do that first. -(P)- I
couldn't, I couldn't. Uncountably. The gap in dimensions is too
great.
- DDL- Is it like a man to half of Whangarei?
- GH- Oh, I see what you mean, something like that. Yes of
that order. Oh, well I can come nearer than that. It would be like
the - supposing you could see the point of a needle if the point of
a needle were made luminous - were a luminous point hardly visible,
though to me very clearly visible, that size is what the Anu
actually does look like to me. Now the - it has no diameter; that
won't help me. Wait a moment (LP) I will try this, but is like
asking me to compare a single star in the Milky Way, or to give some
comparative size. It is so - the anu is from this point of view, so
dimensionless. I will try a little - a different perspective, just
a moment. -(P)- I am sorry, at the moment I can't answer that
question. For one thing the anu are in such a constant motion. I
well keep it in mind. I can't say that. I should only mislead you
at the present stage of this research. Direct me, what else?
- DDL- Well now, we have two cubes together, now the
funnels opening on the face of the cube to the next door cube, do
they fit just like that?
- GH- The funnels or the sides ... Yes (LP) No ... At the
lower level they appear to touch but magnifying a little more there
is a space between them. The funnels discharge into that space.
- DDL- And what is the width of the space relative to the
length of the funnel?
- GH- Yes, that I think I can tell you. (LP) About a
proportion of 1 to 12, to 1 to 16.
- DDL- The space being 1 and the funnel being 12 or 16. Is
the funnel rotating itself? or is it stationary?
- GH- Just a moment.
End Cassette 14A Start Cassette 14B
- GH- (LP) I think it is stationary, but wait a moment I must
just qualify that, you see the ... I can only look at the walls to
see what those walls are like, what they are doing. It is like a
tightly stretched skin of inconceivable thinness, and it may have
component forces going round it, round and round, but the impression
I get of the funnel itself is that it is not spinning.
- DDL- Each funnel relative to the other five in the cube
is maintaining the same position?
- GH- Yes.
- DDL- And the cubes relative to each other are stationary?
- GH- Yes.
- DDL- There's no sense of vibration? - Oscillation?
- GH- Do you mean inter-cubal oscillation? Wait a moment, I
must see. No. No rightly or wrongly the whole gives me a strange
impression of stability. Although the whole is built of forces and
moving components like anu yet this pattern seems to be stable.
- DDL- Would it be difficult for you now to look at a piece
of graphite lead pencil just beside.
- GH- No. I'll rest. I'll just rest now for you see I have
concentrated for a long time. I'll just rest.
- DDL- I must leave that running. I give you a spell - I
go and get a bit of lead [pencil] (VLP) I may say that all this
is very good, it all fits.
- GH- Does it really?
- DDL- I'm going to put this lead pencil point in like
that. Will that be allright? do you think?
- GH- Yes - perfectly. Now move it towards me will you? Am I
right in assuming that if it were possible it would be helpful to
obtain some comparative sizes between say the squares and the whole
speck I'm looking at?
- DDL- No, that wouldn't help so much if you can give ...
Now you see you're looking at those cubes which to you in the
diamond were close together and fairly rigid. Now if, in looking at
this lead pencil you are able to see similar sorts of cubes, they
might be a different sort of distance apart or have some
different relationships.
- GH- Oh, I see.
- DDL- And if could do that ...
- GH- Right ... Now David, you couldn't scrape some off for
me and make a little heap could you? You see the point of this
thing is shining, picking up light, and you may say, well what does
that matter when your eyes are shut, but it does because there are
light energies coming off it. Just scrape some with a knife, make a
little pile of lead.
- JSEA- What about the dull end?
- GH- The dull end, that well do. That's it [arranging] Now
quite still, sit perfectly still. -(P)- Well I can identify a cube
anyway. But I have only got one in my field of vision at the
moment. Now what do you want? Is the packing the same or what do
you want to know?
- DDL- We want to know if the packing is similar or quite
different, how far the cubes are apart.
- GH- Right. This may not mean anything. May only be my way
of looking at the moment, but in the diamond I received the
impression that the squares were standing on their sides, and the
whole thing was like a cubical design, flat with bottom sides ...
the whole thing vertical and horizontal in rectangular form.
Now I am doubtful of that in the graphite because it seems to me
that it's more diagonal, more as if they were resting on their
lines, edges, but it still consists of cubes close together. Not
so stable. No. A less ... What a peculiar sensation. As if ...
well I'll say what I seem to see whether it's sense or not, but it
almost looks as if the cubes are in some motion relative to each
other, instead of being gripped and held as in the diamond, almost
as if there were a rocking, a very, very slight rocking motion -
side against side, and even edge to edge.
- DDL- But they are still close?
- GH- They are still close. I haven't got this down to
distances yet. -(P)- Slightly less close. I don't know whether
I could measure the distance. I am going to try and compare
that. -(P)- Yes. When I look back from the graphite into the
diamond again, the contrast gives the impression, the inaccurate
impression that the diamond cubes are touching, whereas the
graphite cubes seem to be - I'll tell you. It is hard to
measure such things. Perhaps half as near. The nearest I dare
go. Twice further apart.
- DDL- It gives to me the impression that if you were able
to pop a cube, you could pop a cube in between two cubes of
graphite. Cube one, Cube two - you could pop one in between
them.
- GH- Oh no. I don't think so. I've mislead you if I said
that.
- DDL- Well that's all right. Never mind. I don't want to
hammer you too much on this. If I were to put a little sugar there
would you see if you could find any of those cubes in it. While
you are seeing those cubes just nicely, I'll put a little sugar in
front of you. There will of course be other things in the sugar,
see if you can locate ...
- GH- (LP) I had better wait - better have a rest now David.
I had better have a quarter of an hour complete relaxation. I
can talk.
- DDL- You see when one thinks of a cone one things of a
dunce's cap.
- GH- Yes, that's right.
- DDL- Now is this cone really more like a hat that the
Chinese wear?
- GH- No, No, it is like a dunce's cap.
- DDL- Quite an acute cone.
- GH- It's an acute cone.
- DDL- Well then, if they fit into a cube, these acute
cones, then the base of the cone can't be in any way
co-extensive with the surfaces of the cube.
- GH- No. The surface of the cube is larger.
- DDL- Good.
- JSEA. There is an axle that runs right away through the
middle of all these.
- DDL- That's earlier on, that axle, I think. Do you
remember?
- GH- Yes, we've got to find out that axle, yes.
- DDL- Well, I'd much rather you forgot all about that for
the time being. Pick up the cubes in the sugar and see if you
can see any groups of cubes and if so what their spatial
relationships and distances apart are. That's the line we want.
- GH- All right.
- DDL- And should you see anything else, any other thing of
a comparable size to a cube but of a different shape or even say
a tenth of the size of a cube but a different shape, you could
describe that. But don't worry about that - just the spatial
relationships of the cubes, or groups of cubes. I hope you will
be able to disentangle groups of cubes.
- GH- Right. I like you to talk, because I am guided a
little. I am not told anything. Those are the sorts of things
I like to hear you say, it helps me when I come to look.
- DDL- Coming back to cubes. Now the points of the cube,
do they all meet in a single point, or is there a sort of
central globe at which they run up to or how would you describe
it?
- GH- When I was looking, now, I could not see the end or
limit of this aggregation of cubes. I didn't withdraw and look to
see where they stopped or something like that. I was simply in the
middle of them - in a world of cubes with these funnels in them,
running in their faces, and seeing them first of all appearing to be
absolutely touching, but on your direction seeing actually there was
an extremely thin gap between then. I didn't look laterally or
vertically to see "Now where do these stop?" and "What happens
when they stop?" I didn't see that. Do you want me to try?
- DDL- No necessarily. But as I visualise it there are
cubes going in like this. Now there is something sort of
business at the centre. Does that seem a more dense centre? Is
there a hole there, or does it seem to you that at the
confluence of the points of the cubes, there is ...
- GH- The funnels you mean?
- DDL- Of the funnels, I mean, an extra densification of
anu?
- GH- Yes, yes, there is. I didn't follow that up, but that
was my axle business. You know, when I started to say there was
a rod or there was something where the apices all met.
- DDL- Now you spoke of the cubes being chamfered as it
were. There is no sharp point at the corner of the cube, in
other words. It is a general impression of a cube but not a
sharp pointed.
- GH- I think so. Not rounded mark you. If the lines were
continued you would get a sharp right- angle, but it just seemed
to me to be just smoothed off slightly at the corners. But in a
geometrical smoothing, not a rounded smoothing - as far as I
remember ...
- DDL- How do you know which way up a cube is? How do you
know for instance it is not standing on its point, or is the
impression that they are all standing on their points? You have
your own idea of horizontal. Now how is it that you know
whether a particular cube is like this, or whether it is on its
point? You see what I am getting at?
- GH- Yes. Now. I don't know, except that I was struck by the
fact that when I was looking at the diamond my consciousness or
my mind received this result of seeing as if the cubes were all
flat on their faces. Like a lot of child's bricks built up
together. That's what it looked like, as you would build a
house of bricks. Flat on their faces. But when I looked at the
graphite, whether it was some trick of my consciousness or
something or the change from one to the other I don't know. I
began to receive the impression that they were more diagonal and
on their - as if resting on one of the edges. That might be
meaningless.
- DDL- Do you mean that they were on their edges, or that
they were flat on the side of a hill?
- GH- Yes, flat on the side of a hill. That might not be
radical ... (inaudible)
- DDL- Would it be possible for you to if you were at a
cube, for example, to run along 50 or so of them?
- GH- I have not tried it, but it would be very difficult.
- DDL- It would be hard to retain that focus?
- GH- I would lose the cube.
- DDL- Could you hop from one cube to the next and so on?
- GH- I could do that, yes, I can see two at once, shall we
say. When you asked me that question about if they were
actually really touching, or whether there was a slight gap then
I saw two. And I was aware that there was an extension above on
the other sides. But those extensions were not in the focus of
my vision. They were out of focus, and I would have to
deliberately make the effort to change the direction of my
vision to see the one above and the other sides.
- DDL- If you withdraw your focus a little ... I see what
it is. You are at a point and it is very difficult for you to
enlarge that point, as it were, to include a lot or group of say
36 cubes.
- GH- Yes, it is hard to step back and see a number. When I
am in the condition in which I am seeing one fairly thoroughly,
the change in magnification is really so great that it would be
difficult. But I feel sure I could acquire the faculty. Ask me.
- DDL- This time, when you look at them again in the sugar,
I want to see if you can step back and see say a group of ten or -
if they are cubes arranged it would one, four, sixteen, thirty-two,
sort of idea. (inaudible).
- GH- You can, without disturbing me in the very least, when I
pause - when I have answered a question - when I have apparently
said what I am seeing and I am just looking at the thing -
looking at the phenomenon, then you can shoot quickly a
question. Shoot it at me very short. "Relative sizes?" ,
"Gap?" , "Could you step back and see a dozen?" Anything like
that, very quickly.
- DDL- When you have got down to the focus.
- GH- When I've really seemed to have got it. I must just be
careful, in the interest, that I don't strain myself. What do you
think it would be wise, to do this sugar then stop for the morning?
- DDL- Yes. (DDL arranged a lump of commercial glucose-D
about the size of a pea - about 2 inches from the graphite on the
card). We've got 20 minutes on the tape. If we just do the sugar.
- GH- And then the other questions, mm, mm, right. Just very
lightly poke this lump of sugar a little nearer to me. Yes the
sugar only. The length of the sugar. A little more. That's
better.
- DDL- Shall I put the graphite beside it?
- GH- No! I want it isolated a bit. That's one reason - a
little further away. Then just a shade forward. Thank you. (LP)
The first impression looking at the lump - piece of sugar is that
it's not composed all of cubes. The cubes are there but I have lost
the sense of totality of cubes. To explain this in diagrammatic
form I would say that there might be a group of cubes forming a
centre and a number of ... of ... grouped cubes forming a line off
from that centre. Perhaps, in some cases, only ... a comparative
... four or so cubes out from the outermost cube edge of the central
group of cubes. These are irregular, though I am slightly reminded
of a tortoise; head, four legs and tail, though it is not quite
regular. But the distances are generally about what the tortoise's
tail would be to its shell to, or its outstretched neck and head.
In between these aggregations of cubes are ... Well, when I
concentrate on cubes, in between is dark, strangely enough. In
between these radial lines of cubes it is dark, at the moment. So
that I am evidently focussed onto the carbon atom alone. Now when I
do this, I am looking at cubes, and four cubes, and trying to find a
plan of the cubical arrangement, I don't see the funnels inside the
cube. It is like looking at a number of crystalline cubes. And it
requires an effort and a change of focus to look into where I can
see a system of funnels and then I only see one cube at a time.
M'm?
- DDL- Well, if you keep looking just at the cubes as
cubes, like blocks, could you form an impression as to the commonest
group of cubes? Is it usually a line of four or eight or - a jumble
of a greater number? And is the line straight or curved or
flexible?
- GH- Yes. The particular grouping that I hit on at first, and
which I am still holding - I can answer some of those questions.
The lines are straight. It is like a ... It is just rather
like a honeycomb effect so that if you gouged out a lump from
the centre of a honeycomb. I know that this is not quite
right geometrically but that sort of thing, and then there were
say perhaps a dozen cells in your central lump and then
pieces going off at about four to six such cells in lines
outwards at irregular positions - Not as regular as the
tortoise, which was to only give the picture - irregularly.
- DDL- Could you take a particular line of a few cubes and
sort of see where it really ends?
- GH- I did that. It goes off into the darkness to which I
refer, of another world, another state of matter altogether,
which to the diamond sight is dark. I can make it, I dare say -
I could investigate that phenomenon, but at present I am only
seeing diamond cubes.
- DDL- Well, keep that. I would expect to find those
lines, for the most part, to have a particular number of cubes.
- GH- Each regularly do you mean? The same length?
- DDL- They would nearly all have the same number. That is
what I would expect, but I may be wrong.
- GH- I will try. It wasn't my impression, but I will try ...
Now I have somehow by accident hit on another group which is
different. The central number is small, and, in fact, perhaps
only say eighteen; and lines going of, let's see. One
peculiarity I have noticed in both of these clumps of cubes is
that the lines don't go off square to a face, apparently, they
all go off - or most of them seem to go off at a diagonal to
the sides of cubes. It may be ... It may not be anything real
there, but that is what it looks like. Like the legs of a
tortoise. Now wait a moment. I want to look there. This is
quite different. This lot is quite different. The central mass
is much smaller group than in the first group I happened to
contact. And the ... lines are therefore longer in proportion
to it. I don't say they are longer than the others, but they
are longer in proportion to the group in the middle. -(P)- I
see the impression of movement inside the mass, like waves or
the sea round a rock, and the carbons don't move. The cubes
don't seem to move. But there are other things, there is
movement in there rather irregular, but there is definitely
smooth, almost wavelike movement, but this movement doesn't
upset the arrangement. The carbon atoms and whatever shape I
happen to see them in - that stands very firm and gives me the
impression of immovable rock-like stability inside the larger
mass.
- DDL- Now do you think you could locate and describe any
other type of atom, in association with these carbon atoms?
- GH- Wait a moment. -(P)- There is much more dynamic,
volatile movement and moving substance composed of atoms of which I
begin to get a form, right up between the arms. By the by, the
other substances nestle right close up in between the arms; right up
to and some practically touching the central group of carbon atoms,
and I am impressed by the closeness with which these different
substances nestle up against the carbon - the cubes, as if there
were some attraction pulling and holding them together. Now I am
just going to make a statement which may not have validity. It does
seem to me that the end small group of cubes of a line in some way
blends with a surrounding substance and loses slightly its - not its
shape, it still remains a cube - but its crystalline purity. As if
there were some slight colouring that went on there.
- DDL- That is very interesting. Can you follow up and see
what happens as it were to the end cube? What it's got immediately
around it?
- GH- Say that again.
- DDL- Could you tell us what is immediately round the end
cube of the line which is poking out into the darkness?
- GH- What happens to the last cube?
- DDL- Yes, what appears to be attached or in relation to
the last cube.
- GH- (LP) At first sight, spiked - minute bodies like
animalcules clinging round it. I can look into those and see what
they are, they are probably atoms with something radiating from
them. When you asked me that was the first result. Like a lot of
spiked ... spheres. Like burrs that stick to your trousers.
Something like that. Clinging to the cubes. In fact, there is an
obvious magnetic attraction or some very close binding attraction
which causes these other substances to be attracted like iron
filings to a magnet. Hold it there, strongly, like the grip of a
burr on your trousers.
End Cassette 14B. Start Cassette 15A
- DDL- How many burrs to one cube?
- GH- Ever so many. (murmuring) Oh no, no. No it isn't ever
so many. Wait a moment. Lots. No. I must be careful there. I
don't think there is more than one to a face, or one and a half.
- DDL- But one face would be up against the next cube,
won't it?
- GH- No, I am talking of the outside.
- DDL- Of the end face.
- GH- Yes. The end cube, where you directed my attention.
- DDL- Well, it will have five free faces, won't it?
- GH- Yes.
- DDL- And you think there is about a burr to each face?
- GH- Before I answer I ought to tell you that the radial
lines are not of single cubes. They are of multiple cubes, in
parallel, so that a line might be two or three cubes thick, so that
the end doesn't consist of one single cube only. It consists of
whatever the end is. Now there will still, however, be so many
faces outwards. Well, to answer your question it seems to me that
there is at least, there is probably one burr to each face but there
are some clinging to the edges of the cube, as well. It is not only
to the face.
- DDL- Now just before we finish, do you think you could
look at a burr and just see, describe a burr in some detail.
- GH- Yes, try. (VLP) A central axis and radiating much
smaller rods of force - somewhat like the way the feathers are
attached to an arrow, but more because there are only two or three
of those. But that is the arrangement, as far as I can see.
- DDL- Is the rod revolving? Are the feathers revolving?
- GH- The first impression is of out-shooting. And of force
along these feathers, like the quill of feathers, quills of
feathers; rushing force. This particular atom, if it's an atom, is
very dynamic, tremendously forceful and powerful, compared to the
quieter, but of course inwardly very dynamic, but relatively quieter
cube.
- DDL- Would you say there was anything suggesting a
brilliant bead on this?
- GH- Brilliant what?
- DDL- A brilliant bead. Dot of light like a vitality
globule, on this burr anywhere.
- GH- The whole thing, it's curious that I should have seen it
all as dark. But now I come to focus on to a burr, now it is all
brilliant light. White light. Quicksilver-like light.
End Cassette 14B(?) Start Cassette 15A(?)
Continue with V/1/GL
- GH continues examining Glucose.
- GH- Would you like me to describe in retrospect this whole
experience since I came to the burr? The tape ran out and we
missed my description which you wrote, but as I remember it, I
was watching aggregations of the cubes of carbon in a
compound, sugar, and I had noticed that at the ends of the lines
of cubes which went out from a central group of cubes, a kind of
discolouration seemed to occur. On close examination, as
directed, I saw that this was caused by the attachment to the
outside of these cubes of other forms. These, at first appeared
like animalcules, with spikes, rotiferae, and that sort of
thing. Then I saw that these were all, as it were, sucked close
to the cubal mass and clung closely to it in between the radial
lines. And that single forms which I said resembled burrs, and
we called burrs afterwards, clung about one to the face of a
cube though it was irregular and there were some happened to be
attached to edges and were touching the sides as well.
- GH- Then I tried to find out what these burrs were and the
first impression was of a rod of very dynamic electrical energy
with lines of force flowing off somewhat as do the feathers of
an arrow. These were not feather like but like the quills,
alone, might look and these contributed to the spiky effect on
the outside because they penetrated the body of this form, this
atomic form. In between these I next was attracted to the
spirals of the oxygen atom as I've seen them in Occult
Chemistry. These are, and I am now looking and describing as I
try to see, these oxygen atoms impressed me by their brilliance
and by the fact that their edges aren't lines as drawn but that
round the outside of the spiral rods or tubes there are numbers
of anu following the line of the spiral like a magnetic
field.
- DDL- Getting dragged along in the wake?
- GH- Getting dragged along in the wake. Then, I saw then,
that the force which makes this atom, or is its source, is
really welling up in the middle of it from a higher dimension -
jumps into existence into the middle of it out of nowhere from
the three dimensional point of view and then flows to form this
ray which I called a rod. Then shoots off from the sides of the
rod as I have described it. Curiously, the spirals of the
oxygen are not connected with this, not the product of it, but
have an independent existence as far as I can judge. Then I
began to see another substance. Another kind of atoms which
were much less dynamic and - and seemed to consist of some
twelve or so anu grouped together round a central anu, and
perhaps enclosed in a kind of skin, which might be globular.
- DDL- Twelve and under or over - estimate?
- GH- Let me see ... That will take some time. Give me time.
Now I would like to answer that. Just give me a little time.
-(P)- I can't say more than this, not more than 16, not less
than 10, as far as I can see.
- DDL- Thank you. The rough relative size of an oxygen
spiral compared to one of these atoms?
- GH- To the total burr? Oh, to one of these little atoms. I
see. Oh, I can tell you that. Much larger. The small ... The
last described ... about one and a half spirals. Does that
tell you?
- DDL- You mean the group of 16 or so anu are approximately
the same size as one and a half of the spirals of an oxygen?
- GH- As far as my limited powers enable me to compare.
- DDL- You mean one and a half turns of a particular
spiral?
- GH- Yes.
- DDL- But the oxygen is much bigger than one of these.
- GH- Yes, that is what I mean. But supposing there are
twelve spirals ... twelve rounds or turns of the spiral then,
and it happened that these were arranged laterally or vertically
beside it for the purpose of measurement then each of these
globules, or whatever they are, would occupy about one and a
half rounds or parts of the spiral, turns of the spiral.
- DDL- And how many spirals would make up a face of a cube?
- GH- Better bring some cubes over! Just a moment. -(P)- I
am tiring, but I will say tentatively, you had better ask me
another time when I am fresh, but I believe that three spirals might
be contained one on top of the other inside a cube, and that is only
the length ways, the length, the axis ...
- DDL- I am just going to ask you one question that you can
dismiss if you like. What happens if by an effort of will you
try and separate a burr from the face of a cube?
- GH- Right. -(P)- Nothing. I can't. My will force goes
through it. It doesn't move it.
- NOTE: (Curtains opened, and discussion follows)
- DDL- Those globules are hydrogen atoms.
- GH- Really?
- DDL- Can you remember before it goes out of your mind, a
rough proportion of the number of globules ... to the oxygen?
- GH- No. You must ask me that when I am looking.
- DDL- You can't remember whether it's say 20 ...
- GH- Just a minute. Let me see. This is all retrospective.
Just a moment. Many more of course. I really can't say. I don't
know that. You will have to ask me when I am in there.
- DDL- Would you like to glance at a diagram?
- GH- Yes, yes I would now - now that I am not being
conditioned by anything. Always let me go blind, will you? I don't
want to be conditioned because I have got to resist things then.
Just show me once - just show me only the things which I seem to
have seen, if you can limit it. Perhaps the carbon.
- DDL- A drawing like this may be entirely different from
what you saw ... Does that give you an idea of it? (Showing OC
fig 118, top left)
- GH- That's it!
- DDL- Well now, there you see it is not a cube, it's an
octahedron. There are 1,2,3,4,5,6,7,8 sides.
- GH- Oh, well really. Then I was wrong. That's what I was
seeing, look.
- DDL- That's what I remembered. It isn't six it's eight.
- GH- How interesting. I think that explains where I kept
seeing the corners and the sides smoothed ..er .. at the very last
examination I was seeing - I wouldn't allow my consciousness to see
other sides, I saw cube. And yet I kept seeing an angle where the
corners should be. However the radial idea is the same.
- DDL- That's what put that into your mind. Interestingly
enough the same thing happened to me. I remembered that diagram as
a cube with funnels coming out of it, whereas it isn't, it's an
octahedron.
- GH- That's how I saw it, definitely, that's a perfect
picture of what I saw. Discussion of fig 118 etc ... Well, my very
first sight, as I told you, was like the cheeses in round box.
- DDL- Yes, there you are. There are your funnels looking
like cheeses. (top left, fig. 118). (mutter, mutter).
- DDL- That is the end of the morning session during which
you looked at the diamond, graphite and glucose.
- GH- [ ... ] to my first impression, I must follow that
modification. Not push it aside. Now even up to the very end,
there, when I looked back at the cube, you said to me, well what
about how many oxygens to a cube, again I saw this, what I call
chamfered effect of the corners and the sides then - of the edges.
Now if I had paused and studied there, I might have discovered that
really it was octahedral.
- JSEA- Yes that would have given you your cube on its
point.
- GH- Yes, on its point. Yes.
- DDL- You were saying that the etheric tube appears to be
flexible, of course it must be obviously, or the movements of
your head would move it enormously over the range of an atom.
- GH- No, it doesn't move. I found that out this morning. So
that if I move back a bit ... When once I am in focus, when
once I am really in there then it doesn't matter if I move slightly.
My consciousness remains in there. I- in this strange and
mysterious realm of flowing forces which is the atomic world.
Were there, - of course I didn't pretend to exhaust the analysis of
the glucose - were there other elements that I should have - if I
had gone on ... ?
- DDL- I don't want to give you our ideas yet. What you
describe fits in reasonably well. You see, I started off with
the assumption that you would see separate molecules of glucose
like this you see. But you certainly don't see that, you seem
to see a pile of them muddled up together. Well, now I come of
think of it, why shouldn't you? They may agglutinate, in fact
that is characteristic of these hexoses, that is six carbon atom
things, that they form polysaccharides. You see ...
(inaudible DDL)
- DDL- It is very interesting that you should - it is only
what you are looking at is lighted up as it were. Even a brilliant
oxygen atom is not noticeable when you are looking at the carbon
atom right along side of it.
- GH- Yes. The field of focus is very narrow and small indeed,
and the depth, optically apparently.
- DDL- Yet you can open it up.
- GH- Yes, I can open it up.
- DDL- Once you decide to open it up, you can.
- GH- Yes, yes apparently. I am feeling my way. I am new to
this now. You see, I am very much feeling my way. What were
you after, what was your line of interest when you said, try and
apply your will and see if you can disconnect?
- DDL- Well, CWL does do that in some cases. But also I
thought it might - It was just speculation, I thought you might
distort the shape of a cube or anything. It is surprising to me
that you can look at an anu - can you see on occasions the
actual spirillae of the anu?
- GH- Yes. But I have to - I've got to concentrate on anu
alone.
- DDL- But how is that you can see when it is moving at a
speed equivalent to 10,000 miles an hour?
- GH- Yes, but when you get a thing, I don't know but when you
get an object under study at the end of your tube it becomes
still for you.
- DDL- In effect then, our consciousness moves with it.
- GH- I should think so. I don't know it is not conscious on
my part.
- DDL- And is that part of the difficulty of looking at two
anu? Because they are moving relatively?
- GH- Yes, I think so. I should say so. In an untrained
inexperienced person like myself, I suppose so. But I noticed that
before. Like, when once I get an object in the field of focussed
clairvoyance, I can study it as if it were still.
- DDL- Can you turn it upside down to yourself, if you wish
to?
- GH- No. I don't think so.
- DDL- Can you rotate it?
- GH- I haven't tried moving them. I can hold them still, or
they get held still.
- DDL- Can you think of yourself as walking round and
looking at the other side of it? That might be a more satisfactory
way.
- GH- Yes - I don't know about that.
- DDL- Now you might try that sometime. That would, for
instance, have avoided your describing them as cubes.
- GH- I don't though - I get it in vision, there it stays and
that's it. But you see I was feeling towards it, because I
described some of the cubes being on their points.
- JSEA- I was wondering if it would be better if David were
able to ... if there is something that he is after, if he would
say, no not that, this.
- GH- Oh, very much.
- JSEA- Because David is inclined not to direct the
investigation.
- GH- No. It is easier for me. But not until I have said
enough to make it clear that I am onto what is relevant.
- DDL- The difficulty about this is, now say I had directed
you a bit more, as it happened, you didn't suddenly find that they
were octahedra.
- GH- No quite so.
- DDL- Anything I directed you to do - I am putting forward
- I may create a mental barrier to prevent you seeing it as it
actually is.
- GH- Yes, true.
- DDL- For instance, I tried - not - Well I didn't mention
how many atoms there were or should be in one of those lines. I
thought of them as single lines. And if I direct you, thinking all
the time of single lines, when in point of fact there are groups, I
may ...
- GH- Condition me.
- DDL- Condition you and introduce a lot of muddle. Later
on, when we've got more experience.
- Evening of 13/3/57:
- GH- I am asked to discuss the possibility of developing
clairvoyance.
FINISH: 13/3/57 26/5/57 13/3/57. 17 IV/2/RL 14A/14B/15A 14.
Name:SOCGH_13357.doc
Size: 77824 byte(s) R06
Name:SOCGH_14357.doc
Size: 54272 byte(s) R12
1957-03-14 at 31 Hospital Road
diamond, lead pencil, D-glucose
CLAIRVOYANT INVESTIGATION at 31 Hospital Rd on 14th March, 1957.
PRESENT: Geoffrey Hodson (GH) Jack Askew (JSEA) & David Lyness (DDL)
26/5/57 14/3/57. 27 V/1/GL 15B/16A 8.
Name:SOCGH_14357.doc
Size: 54272 byte(s) R12
1957-03-05 page 42 Omitted
Name:SOCGH6457am.doc
Size: 38400 byte(s) R13
1957-04-06 AM at 17a Belvedere Street, Whangarei
a block of ice
CLAIRVOYANT INVESTIGATION at 17a Belvedere Street, Whangarei on 6th April, 1957.
PRESENT: Geoffrey Hodson (GH) Jack Askew (JSEA) & David Lyness (DDL)
FINISH: 6/4/57 am. 26/5/57 6/4/57 a.m. 43-46 VI/2/GL 17A/17B 7.
Name:SOCGH6457am.doc
Size: 38400 byte(s) R13
Name:SOCGH6457pm.doc
Size: 112128 byte(s) R04
1957-04-06 PM at 17a Belvedere Street, Whangarei
acetic acid
CLAIRVOYANT INVESTIGATION at 17a Belvedere Street, Whangarei on 6th April, 1957.
PRESENT: Geoffrey Hodson (GH) Jack Askew (JSEA) & David Lyness (DDL)
FINISH: 6/4/57 pm. 6/4/57 p.m. 48-54 VI/2/RL 17A/17B/18A/18B 9.
Name:SOCGH6457pm.doc
Size: 112128 byte(s) R04
Name:SOCGH_7457.doc
Size: 147456 byte(s) R01
1957-04-07 at 17a Belvedere Street, Whangarei
diamond
CLAIRVOYANT INVESTIGATION at 17a Belvedere St. on 7th April, 1957.
PRESENT: Geoffrey Hodson (GH) Jack Askew (JSEA) & David Lyness (DDL)
FINISH: 7/4/57 7/4/57. 54 V11/1/GL 18B/19A 12.
Name:SOCGH_7457.doc
Size: 147456 byte(s) R01
Name:SOCGH_8457.doc
Size: 64000 byte(s) R08
1957-04-08 at 17a Belvedere Street, Whangarei
diamond
CLAIRVOYANT INVESTIGATION at 17 Belvedere St. on 8th April, 1957.
PRESENT: Geoffrey Hodson (GH) Jack Askew (JSEA) & David Lyness (DDL)
FINISH: 8/4/57. 8/4/57. 63 V11/2/RL 19A/19B 5.
Name:SOCGH_8457.doc
Size: 64000 byte(s) R08
ame:SOCGH_25557.doc
Size: 117248 byte(s) R02
1957-05-25 at 17a Belvedere Street, Whangarei
diamond
CLAIRVOYANT INVESTIGATION at 17a Belvedere Street, Whangarei on 25th May, 1957.
PRESENT: Geoffrey Hodson (GH) Jack Askew (JSEA) & David Lyness (DDL)
FINISH 25/5/'57. 26/5/57 25/5/57 68 VIII/1/GL 20A 6.
Name:SOCGH_25557.doc
ize: 117248 byte(s) R02
DDL volume Summary pages 84-86 Omitted
Name:SOCGH_26557.doc
Size: 113152 byte(s) R03
1957-05-26 at 17a Belvedere Street, Whangarei
sodium chloride
CLAIRVOYANT INVESTIGATION at 17a Belvedere Street, Whangarei on 26th May, 1957.
PRESENT: Geoffrey Hodson (GH) Jack Askew (JSEA) & David Lyness (DDL)
- DDL- In front of Mr Hodson this morning there is a tablet
of compressed sodium chloride which he is going to examine in
detail. (P)
- GH- Well, I happen to have contacted and seen the upper end
of a dumbbell atom. It's canted towards me slightly from the
vertical, so that I can see partly its upper surface. The
magnification is high and the rest of the bar and the other end seem
to be an immense distance away down in the depths as it were. The
bar contains particles, which are in motion and seem to be making a
pattern. The upper outlet of the bar where the funnels radiate
laterally is open to some forces, and --- is a place of great
concentration of energy. In fact this system of funnels there is
itself an atomic power centre --- an entity really, though memory
tells me it's a half entity, or a third of an entity, but it has a
sort of completeness about it which makes it an interesting object
of investigation. The bar below isn't cylindrical perfectly, it
bulges slightly, half way down. It has moving, what I presume are
anu or particle in it, which are arranged in a pattern, but it is
all moving so rapidly, that I can't discern
that pattern --- but it
is at the centre halfway down where the middle portion of the design
seems to exist, and where again is a sense of entityship of an order
or government of particles in relationship to each other and with a
centre there again. One of our familiar up welling centres of
energy.
The particles are in very rapid movement but not -- er --orbital in
the ordinary planetary sense at all, the angles and so on are all
different, and it is much more complex. Now, another object
presents itself or is caught on to the tube which looks like a
bundle of ---I haven't got a name for these things, they are
elongated ovoids coming to a point. What did we say the other day?
What did we call those ---?
- DDL- Tulip buds?
- GH- Yes, that is good, thank you. -(P)- radiating from a
centre - a number of them. I can't count at the moment. Points of
light are visible. Since you told me to say - to go on talking
about all the things I see whether they seem relevant or not, which
I don't normally do, I can say that there are gradations of light,
no colour, and that the meeting place of the funnels at the top of
the dumbbell, there is there very brilliant white light, and that as
the funnels radiate off they shade off, so the open mouths of the
funnels are slightly greyer, slightly shaded shall we say.
- DDL- Are the funnels different from carbon ones?
- GH- No, not very. More elongated. But the same principle.
- DDL- Roughly how many?
- GH- Oh, there is spinning, you see. Just a moment. Oh I
don't know. See if I can. I must have slipped slightly because I
am attracted by a single anu, I presume it is, it is a brightly
coloured particle which is moving up and down the bar of the
dumbbell, and is making an elongated ovoid path. It definitely is
moving in an elliptical orbit, very elongated, so as to be nearly
flat, not quite. It's yes, it is going round -- is there something
there which suggests a centre half way down the dumbbell -- the bar,
and a number of minute points going round it, but in no sense
normally, (1980? orbitally), but along and inside the long bar. Oh.
-(P) A number of these are going up and down the bar and they keep
touching the centre of the system of radiant funnels at the end.
They go up there, they stay a moment, seem to discharge their
radiant funnels at the end. They go up there, they stay a moment,
seem to discharge their energy into that - into the middle place
between the funnels and -(P)- something comes out again and goes
down. But there is a continual flow of these -- we'll call them anu
- flowing up into that central funnel and probably supplying it with
its' power.
- GH- Though, I would add that there is also a direct arrival
of energy at that centre also, so there's a combination; there is a
direct arrival of force which is arriving there, it's very
brilliantly white in colour, and then there is, in addition to that,
this supply going up from the centre of the bar. So there is
something double there. So that the system of funnels isn't
entirely a separate entity. It is deriving some of its driving
power from the centre in the middle of the bar half way down. The
funnels are one, - it looks like three at each quarter. Well I
don't know. I wouldn't be very reliable and sure of myself there,
but it looks as if there are three at each quarter of the circle.
-(P)- Ten or twelve.
- DDL- I think that is what CWL says, I am not quite sure.
- GH- Never mind. I see. That's right. Now would you like
me to go on with that system of funnels or do you want something
else?
- DDL- Now, let's get it clear. There is a centre of
energy, arriving energy, at the centre of the bar and two other
centres at each end where the funnels come off?
- GH- Correct.
- DDL- And which appears to you to be the main arrival
centre? Or are they all three equal?
- GH- No, they are not. (Looking again). You see I have been
spending my time in the funnels. Before I answer that I must go
down now, and focus strongly on the one in the bar, but I can tell
that at first glance it seems that the systems of funnels are far
more active and energetic and centres of power than further down the
funnel, but I am not going to affirm that yet. And now I will try
and find that out. Because I am not relying on what you would call
objective sight altogether in deciding a question like that. For
what it is worth I would say, that , whilst there is nothing like
the intensity of light or the suggesting of energy as yet when I
look down towards the centre of the funnel, yet I have a feeling
that after all that is perhaps the important centre. That is only a
subjective feeling that there is something very significant there
which I am now going to look into.
- DDL- You said centre of funnel, you meant centre of bar?
- GH- Centre of bar. Sorry if I made a mistake. Centre of
bar. I am going to try and see that now. It is at least equal in
importance but it is a coordinating centre as well, because it is
linked by flowing of energy, currents of energy, up to the top and
the bottom of the dumbbell. So it is perhaps also performing a
function of coordination. (1980 - OCA were assumed to represent one
science chemistry atom (SCA) in 1957).
- DDL- Do you get the impression that anu are springing
into existence there?
- GH- Yes.
- DDL- And also at the funnel centres?
- GH- I haven't seen them there.
- DDL- But they do spring into existence at the centre of
the bar?
- GH- Yes.. Up at the funnels my - I saw simply brilliant
light and tremendous energy existing at the centre where the little
mouths of the funnels converge nearly, then this energy shooting off
down the funnels, and also playing all round them.
- DDL- The energy shooting down the funnel is a stream of
anu?
- GH- Yes; it is all granular.
- DDL- Can you see what happens to the anu when it reaches
the open mouth of the funnel?
- GH- It goes off out into space.
- DDL- There is no turning at right angles as in the
diamond?
- GH- Don't see any. Seems to follow the line of the axis,
straight on out. For instance I can follow them right out to my
finger here. It is a stream or a current, yes.
- DDL- Does this dumbbell atom appear to be attached to any
other atoms?
- GH- Yes, there are things clinging to the bar, or associated
or attached to the bar: which I've eliminated, because I wanted to
--- stop now I am going to stop and rest a bit. My head is aching.
Can come back to that. Tape stopped and discussion follows: -(P)-
the lower end of the bar and the funnels were away down in the
immensity of depths, down out of my sight, and I have no feeling
that I am moving amongst minute objects, but that it fills the field
of vision, what I see.
- DDL- So that the Hindu description of making yourself as
small as -- whatever it was, is just what it is like?
- GH- It is the experience I have.
- DDL- Now, you were saying that you had the subjective
impression that the centre in the bar was the important one? The
most important one?
- GH- Yes.
- DDL- And that the anu appearing to move in an orbit which
were incidentally the first time you had seen any sort of orbital
movement, appeared larger in some way?
- GH- Yes, distinctly so.
- DDL- When they were coming back from the end, did they
still seem larger?
- GH- Yes, Which seems to break a law of dynamics, but
nevertheless, that is how it looked. I will look at that again.
For instance we don't know whether it was the same one. You see I
must look at that again. Now in order of importance to you, what
had I better do first?
- DDL- Just continue on with what you were. Have a look at
that centre, and establish that point, till you feel you have
finished with that. Look at it astrally, then choose. (stopped
tape, followed by observation again).
- GH- Now at less magnification, and see a number of dumbbell
atoms at different angles canted and though in the main rather
suggesting a regular column, like the columns of the temple in
Karnach, down vistas of which I can see the tulips, pin-cushions,
whatever I call them, tulip conglomerations, are in two
relationships, some are in motion down these columns. Some are
clinging to the bars which come between the tulip buds - stuck there
by some --- oh! --- stuck half-way down, and there is an
interaction going on between the centre in the middle of the bar and
the centre in the middle of the tulip pattern. Oh there's where it
is. Oh, there is a tremendous interplay of force going on between
the two centres, one in the tulip group, one in the centre of the
bar. On, - when two unite like this the amount of force involved -
seems to be stepped up enormously and -(P)- Well, at this
observation, and I have now increased the magnification so that I am
only seeing, the centre of a tulip group and the centre of a bar and
they are, both of them, power centres in their own accounts, and
they are practically and virtually blended, to make one, but dual,
power centre, the two separate ones being traceable, but they are
blended. Here is the heart of the molecule. Yes?
- DDL- Where are the anu from the tulips going?
- GH- Wait a moment. -(P)- The tulip bud is all an illusion.
There isn't anything there really. It is only patterns cut in
matter by very rapidly moving points of energy, but, there is a
continuous interchange of energy which is granular, taking place
between the centre in the dumbbell bar and the centre of the tulips,
and they are practically touching one another, and this makes a
single, that's right, that makes a single centre. There is a
duality maintained, but they are blended. There is where, as far as
this observation goes, there is where the molecular unity, I suppose
the word should be affinity, seems to me to be centred. The two
centres have an affinity for each other, and they are embraced. It
is just as if the tulip buds embraced the vertical bar.
- DDL- Is it one tulip to one bar?
- GH- Oh, no. One on each side for instance like that, you
see.
- DDL- That is two tulips to a bar?
- GH- Yes, at least, Oh more than that. -(P)- Now I am going
to try and - in the main you can say two, like an arm embraced, like
that you see, and the bar would be between, like that.
- DDL- Oh, it is not that the points of the tulip ---
- GH- Oh, no, between the tulips, the bar is here where my
heart, body, trunk is, and the way I stretch my arms out now to the
front and each a little opened, would represent the tulips embracing
the bar. So that if my heart represents the centre of a tulip
group, it is practically blended with the centre of the bar. They
are a slight distance apart, but the interplay of energy makes them
one, duality in unity.
- DDL- Would you say the tulips form a V?
- GH- Yes, definitely a V.
- DDL- Is the V of a cross of four?
- GH- Oh, you mean at the back. I haven't looked at that,
just a moment. May I leave that and draw it to you? Save me a lot
of words. I am clear, fairly clear in my mind about that.
- DDL- I just wanted you to look though, while you are
there, to see if the tulips form a six armed cross, or whether it is
just a V.
- GH- Oh, yes, right. The system of tulips?
- DDL- The system of tulips.
- GH- Oh, yes, now I was looking at two component buds of the
system, not the whole thing, which embraced the bar. I may say that
they are held there very tightly almost like a welding or soldering
tightness. Oh, yes, well now, if I raise the level and go up from
there I was looking, towards E1 and the astral, I get a peculiar
shape; astrally, as far as I can see, you don't have a dumbbell, you
have -(P)- at the risk of being wrong and sounding stupid, two
clouds; one, the dumbbell that was, is elongated, an elongated
ovoid; And stuck to it is a spherical cloud, half way in at its
middle, and this makes a shape. Now inside there is a terrific
activity going on of rushing - well energy at first which I see is
granular.
- DDL- Is it astral?
- GH- Yes, definitely, I think so. There is no shape. Well,
I mustn't quite say that. The, what shall we say, the clear cut
appearance of say dumbbell and tulip buds, radiating from a
centre, is not apparent to me. It may be adumbrated, but I don't
see it, but everything is less confined. The forces are freer.
They are of course conforming to some laws, and presumably
patterning design, but the whole difference is of free play, free
activity, of individual centres of energy. Give me a few moments
will you, that is only the first glimpse, you understand. Now I
want to penetrate into this cloud a little more. The place
where the centre of the dumbbell bar would be, now assumed greater
importance that the ends where the funnels are. There are areas,
three areas, not shaped, but three areas of concentrations and
discharges going on. That is - I have isolated now for a moment and
I am looking at the sodium. But there is not the shape of funnels
or disc at the top, as I generally first see them, nor is there a
shape at all. I have to say this. There is no shape at all of a
bar like a dumbbell. There are three points or centres of energy
inside a long elongated ovoid. That is how it looks to me astrally.
There is colour around it, pink and blue. Some blue, quite a lot of
azure blue, playing and moving in around it. It - blue predominates
I would say. Sort of palish blue, but, of yes -- er -- Now, rightly
or wrongly I receive the impression of descending and ascending
force. Of energy - How can I put this? Two sorts of energy, or two
directions from which, and along which, force is reaching the centre
which would be the centre of the bar. One of them is vertical and
would, for example, be shooting down the bar from - passing through
the place where all the funnels converge, the top, shooting down
(though there is nothing there in the way of form) till they meet
the concentration at the centre. There they have astrally the
impression of passing down a well, presumably down to the physical
plane. That is one (?end) also doing the same thing from below;
then there is also a universal movement of force from all directions
flowing in there. How much that is - well is so, or how much I am
limited by my three dimensional mind I don't know. Suspect I am.
That is a what it looks like, for what it is worth. It is a most
peculiar sensation. It looks just like water running out of a bath,
going down a hole, you understand, and disappearing from view. So,
along the lines I've told you energy is rushing in and in these two
ways, getting down into the centre of the dumbbell and going right
down a pit, deep in, which I presume is down to the physical plane.
- DDL- Can you go down that pit? In consciousness?
- GH- Oh, I don't know. I am a very long way off, you see I
am standing back, so to say, and I am just watching this. Would
that be of interest if I made an effort?
- DDL- Yes, very much so.
- GH- Well, I'll have to go inside now you see. Just a moment
-(P)- The tube isn't controllable. The tube gets thrown about.
It's not appropriate. The Astral Chakra has got to be used. Well I
get a bodily sensation. Or not a bodily sensation, but the
equivalent of a bodily sensation of being squeezed at once if I try
to do that, and compressed. So that we may say compression is part
of the phenomena there. It's a sensation not a vision. It's not
sight, it is sense. Oh, yes. -(P)- Now I see a funnel, yes, it
becomes a funnel. I beg your pardon, it becomes a dumbbell, which
by comparison seems to be relatively static, it is still and solid.
Anything else? I am going to have to stop soon, what do you want?
Anything more? There is that knocking noise, it is a nuisance to
me, yes?
- DDL- When you said you felt compressed, was that as you
put your etheric tube down the well?
- GH- No, my consciousness.
- DDL- Just your consciousness. And your etheric tube
can't penetrate?
- GH- Not very much. It isn't very much use. It waves about
in this cloud without being much use to me. I am using another kind
of - I am using the chakra as a whole, the astral chakra as a whole,
to see what I have been describing to you.
- DDL- To sum up.There are three sort of centres of energy?
- GH- Yes. Correct.
- DDL- Driving to - of which the centre one is receiving
from the other two?
- GH- The incoming force passes through the other two and then
onto the centre, yes.
- DDL- From that centre one it appears to you to go to the
physical plane?
- GH- Yes.
- DDL- From above, and as you followed it with your
consciousness a dumbbell appears.
- GH- Yes.
- DDL- Would you have any chance of trying to go down the
tulip one?
- GH- Then we must break.Yes I would be glad to try. I must
now have a complete break. (discussion follows)
- DDL- CWL you know, somewhere in his -- saying "Oh, I wish
AB were here so that she could shoot up to the astral and have a
look while I look from below".
- GH- Does he?
- DDL- Yes. You're trying to do both at once.
- GH- Yes, and it's very difficult.
- DDL- Well, that's terribly interesting.
- GH- It's an interesting experience for me. It's my first
sight of an astral, presumably astral atom but you see how
elementary, how gropingly one has to learn all about this new
instrument of cognition.
- DDL- While it is fresh in your mind could you try to draw
that idea a bit, somehow?
- GH- Well I can easily draw - er- (tape stopped). Shall I
say what I said first?
- DDL- Yes, if you would, please.
- GH- (describing his observation in retrospect.) Well my
impressions on finding myself or rather the end of the etheric
tube inside the lump of salt was, first of all, of a single
sodium or chlorine dumbbell, I could not say which, but
definitely a dumbbell. Only the upper funnel system of which
was first seen. Later I saw the whole, or nearly all that
dumbbell system. I saw some of these by themselves maintaining
their integrity, not having been modified by association with
anything else. Then the next thing I saw was moving about
amongst them, as I believe I must have said, a totally different
appearance altogether, with no relation to dumbbells whatever,
of a grouping of shapes radiating from a common centre which
looked like closed tulip buds. These were moving about with
their independent life also. Then I saw what seemed to me to be
that some of these had got attached to the dumbbells; were
clinging, stuck to them. And a vivid interchange going between
the force centres in the middle of each, to make a kind of unit,
which was dual. Now I was not trying with my mind to try and
see molecular arrangements of anything like that at all, merely
objectively to describe what I saw, for what it was worth,
without thinking of meaning, as I always do. After that I went
up to the astral level and had many interesting experiences,
some of which I have recorded. That sums up briefly my
experiences this morning, for what they are worth.
- DDL- Then we discussed CWL's record in Occult Chemistry.
We do not know from Occult Chemistry exactly what CWL was examining,
whether it was a sodium chloride molecule in a liquid state (ie
solution) or whether in a lump of salt there are free sodium
dumbbells as well at the appearance which he tells us is that of
a sodium chloride molecule.
- DDL- After morning tea GH is going to re-examine this
lump of sodium chloride. He has not studied the diagram in OC of
the sodium chloride molecule yet. (1980 - he had briefly glanced at
it, see p. 489 insert). I am going to ask him if he has ever seen
any sort of appearance of two dumbbells coalescing to form a tulip
system. I now he hasn't, but if he does happen to see anything that
might be happening like that, watch it. (1980 - DDL was thinking in
1957 in terms of a Sodium OCA, which is dumbbell shaped, uniting
with a dumbbell shaped chlorine OCA to form the OCM (occult
chemistry molecule) of NaCl as illustrated in OC, fig 165).
- GH- Well, I wish to confirm that within the limitations of
my capacity, to study these subjects direct, in this lump of sodium
chloride I find the dumbbell shape to be present. Noticeably,
markedly present. I also see present, systems of pointed ovals
which I did call tulip buds, and these are in groups, as I have
already described them, in that the buds radiate from a common
centre and it seems to be systematic. Perhaps cruciform in three
dimensions. Something like that, and there are anu inside the tulip
buds. This is the customary presence in various arrangements of the
play of forces which are granular or consist of anu. So that I
can't help but say there are both present.
- DDL- Can you see any funnels in association with the
tulips only? That is, radiating out like the tulips?
- GH- Not clear-cut like the ends of the bars of the
dumbbells. Between the tulip buds forces are rushing out. In
between them. Relatively uncoordinated. Just out rushing energies.
But I cannot say, or shall I say I cannot see at present, with my
present limitations, I cannot see anything that looks like a blend
of the closed tulip bud effect and the open funnel effect working
together or existing together. It doesn't look like that to me now.
- DDL- Now, can you go to the centre where the tulip buds
converge and examine that closely.
- GH- I'll try -(P)-. Well, it is an arrival centre, for - as
I have already described forces are arriving there from a higher
dimension and shooting off along the general - forming the general
pattern that I have described.
- DDL- And it doesn't differ from the other arrival
centres?
- GH- Where, which other?
- DDL- The ones you saw, say in the carbon, or in the
dumbbell?
- GH- Oh, I see, wait a moment. It doesn't strike me as being
different in essence, but I'll look at it more closely. -(P)- I
don't see any difference, marked difference. It's an arrival
centre from the higher planes.
- DDL- Last thing. Will you go up to the astral at that
point?
- GH- I shan't be able to do much more of this atomic physic
stuff. No I can't do any more. I want to ask you something just
before I stop. Will the edge or skin of this lump be any different
from the interior?
- DDL- Only in that it is likely to absorb some water from
the air. That is the only difference I can think of.
- GH- Right, that is my limit this morning on this particular
kind of work.
- DDL- I am going to ask Mr Hodson to look at figure 165 in
OC. Third Edition, opposite page 270, and give us his comments on
it.
- GH- I would say it is very much like I saw, except that I
did not examine the, what I called, the free flowing forces, between
the tulip shapes, regarding them as they appeared to me as less
following funnel shapes than flowing freely out between the tulip
forms as you see from my drawings. I cannot honestly say that I was
able to see as clear-cut funnels as are visible at the ends of the
sodium and chlorine atoms.
- DDL- You will remember when you first saw a dumbbell atom
in March, you didn't see the funnels top and bottom but you saw them
simply as radiations. You think perhaps the same sort of thing has
occurred this time?
- GH- Quite possible. Quite possible. This morning my
attention was very strongly attracted towards the dumbbell shape and
I concentrated on that, though, the other, this tulip form which, in
fig. 165, very well pictures what I saw. A three dimensional cross
arrangement of tulips which was the outstanding phenomenon with a
spray of forces flowing out from a centre in all directions.
- DDL- Relative to that diagram, you definitely saw a
dumbbell intruding into that arrangement?
- GH- I did.
- DDL- And what relative size would the dumbbell have to
the arrangement there?
- GH- This is going to sound wrong. I must be honest and say
that it seemed larger. Either at least equal and possibly slightly
larger.
- DDL- Larger than the two arms that embraced it? What
happens to the vertical tulips, as it were, if you insert a dumbbell
in between two horizontal ones?
- GH- They are not affected.
- DDL- Would the length of the dumbbell be equivalent to
two vertical tulips, or greater?
- GH- A little greater. In the examples I saw. Well really I
only saw one example of this, what I call an atomic embrace.
Because the tulips were like arms and the arrival centre was right
up against the bar and I made no effort to compare sizes but I would
say that the original single dumbbell was slightly larger than the
tulip effect produced. But certainly not larger than the range of
the sprayed forces which went off out long further than the points
of the so-called tulip buds.
- DDL- Well, to sum up, there is no doubt the dumbbell can
intrude into that cube arrangement that CWL depicts there.
- GH- Yes, as far as I saw. I saw one doing so.
- DDL- Good. Will you turn to page 63 and look at the
dumbbell group, there. Comment on the top right diagram of fig.
30, particularly with the arrangement in the bar.
- GH- I would say it is exactly as I saw it.
- DDL- CWL does make a point of certain spheres in the bar,
rather than anu travelling from the centre right up to the funnel's
centre and down again. There does seem to be a little difference,
or apparent difference.
- GH- You see this elongated ovoid in the middle. I saw that,
but it extended the whole length of the bar.
- DDL- Rather than three ovoids in the bar, it appeared to
you to be one ovoid.
- GH- Or rather, I only saw one. There may have been others,
but one obtruded itself upon me. Not three.
- DDL- Yes. You will notice there are twelve funnels, top
and bottom.
- GH- Really. Oh yes. I wasn't quite sure whether it was 10
or 12. I see, Yes.
- DDL- We are discussing the subjective impression that
Geoffrey felt when he went up to the astral plane and attempted to
return to the physical.
- GH- I had been, as I think the tape will - tape-recording
will show, examining the substance and atoms at some level of Ether,
where the anu and the forces were held to a pattern by some
invisible agency which I presume to be the thought of the Logos. I
had not conceived of this as being constrictive, though of course it
must be so, but the moment I got the atom as a cloud, so to speak,
with great activity going on inside it, I received the impression of
freedom as if the forces were not being obliged to pursue lines and
currents which would subscribe to the forms. So I got the sense
"freedom - Oh how free it is here". Just as if one had been set
loose from a prison, or if a drawing, - a person drawing had been
freed from copying to freehand-drawing in which he could express, he
could let himself go. That was the psychological impression I
received as I saw the astral atom.
- DDL- Yes. And when you attempted to go down that well?
- GH- Immediately I felt compression, constriction, and more
than that, let me get a word - individual particles being forced
together and packed in together in a kind of tight combination.
That is the impression I received.
- DDL- Yet, the astral atom, does it seem to be bigger than
the physical atom?
- GH- I should say so. I should say so.
- DDL- Can you help us with this idea of having say
movement in a fourth dimension withdrawn from the particles as it
were?
- GH- Yes, I think I can, because it is a phenomenon which
constantly presents itself to me as I am looking at the etheric
level and just as also another phenomenon presents itself to me but
I don't let it get hold of me and I don't repeat it, but there is
often a tendency for the object I am examining to dissolve into a
mist and to look like a globular mist, particularly was this the
case with the system of tulip shaped radiations from a centre with
free energies rushing out much further in between the tulip bud
shapes. Now as I was looking at that very closely the whole thing
became a mist to me, like a globular mist, and I had to use my
willpower to come right down and get the thing again in its form
shape. I dare say I may slip into a sort of semi-astral vision of
it and I have to force myself back to see it in its pattern. So
that these things present themselves to me in a number of different
ways, two of which are a kind of either ovoid or spherical mist of
brilliant light, built of points of light, and in the interior a
centre which I call the arrival point from which granular forces are
rushing out to the edge and beyond it out into space. And I see
that always, I have to resist it, and force myself to come down and
see how that is at a lower level of condensation. The misty clouds,
not misty in the sense at all of being difficult to see, or clouded
in the mind, it is perfectly clear it is there, obviously, but it is
the effect that propeller blades of an aeroplane produce on your eye
when the engine revs up to a certain speed you loose your four
blades, or three or whatever it is, and you have only got a mist.
Now I get that effect. If I am not careful I become a victim of
that effect because everything is moving so rapidly. Now ...
- DDL- We lost the fourth dimension.
- GH- Yes, I know ... well, I can only describe a supposed
other position or direction not as linear at all, but simply, that
at the centre of things you don't come to a stop, but you can go on
indefinitely moving towards a centre, inwardly and inwardly and
inwardly and inwardly, and breaking three dimensional laws
altogether. (1980 DDL: consider Heisenberg's uncertainty
principle). Instead of coming to a stop you go right on, in, in,
in, in, where you open out into something not at all apparent in the
three dimensions. So within, I call it to myself "withinness", the
fourth dimension for me is simply "infinite withinness" in terms as
direction; in terms of consciousness it is simply these such
properties which I perceived matter has, beyond those of the three
dimensional world. So I could say for convenience, but I won't
because I think it is unscientific, to say this point of arrival is
a place where the force is arriving from the fourth dimension. But
I don't say that. It doesn't - it suggests that there is a fourth
direction of space at right angles to the other three, and I don't
find that.
- (1980 - apparently the tape 1X/1/GL ceased to record
properly for the rest of the session).
- GH- Well, if you are going to postulate the rim, and mark
you that doesn't - it goes off into a spray. But still supposing we
postulate a sort of place where it ceases to be a funnel. I would
say only three quarters the length of a bar.
- JSEA- The funnel is three quarters the length of a bar?
- GH- About.
- DDL- Do you mean a funnel or the whole ring at the top?
- GH- Oh no, one funnel.
- DDL- One funnel, three quarters the length of a bar? So
that the diameter across the top would be one and a half times the
length of the bar?
- GH- Yes. Or if anything - less if anything less.
- (Original tape now silent).
26/5/57 26/5/57 11.
Name:SOCGH_26557.doc
Size: 113152 byte(s) R03
1958-04-25 Omitted
1958-04-26 Omitted
Name:SOCGH_27458.doc
Size: 98816 byte(s) R05
1958-04-27
graphite
CLAIRVOYANT INVESTIGATION on 27th April, 1958.
PRESENT: Geoffrey Hodson (GH), Sandra Chase(SC) & David Lyness (DDL)
FINISH 27/4/58 26/5/57 27/4/58 97 X/2 & XI/1 2A 7.
Name:SOCGH_27458.doc
Size: 98816 byte(s) R05
1958-04-28 Omitted
1958-04-29 Omitted
1958-05-01 Omitted
1958-05-03 Omitted
1958-10-?? Omitted
1958-10-18 Omitted
End Volume 1 =========================================
Start Volume 2 =========================================
25 Jan 1959 Omitted 140-145
26 Jan 1959 Omitted 146-152
10 Feb 1959 Omitted 152-159
Name:SOCGH10259.doc
Size: 64000 byte(s) R09
1959-02-10
electric current in a graphite conductor
CLAIRVOYANT INVESTIGATION on 10th February, 1959.
PRESENT: Geoffrey Hodson (GH) & David Lyness (DDL)
FINISH: 10/2/1959. 26/5/57 10/2/59 152/153 XVII/1 9B 5.
Name:SOCGH10259.doc
Size: 64000 byte(s) R09
Name:SOCGH_11259.doc
Size: 57856 byte(s) R11
1959-02-11
electric current in a graphite conductor
CLAIRVOYANT INVESTIGATION on 11th February, 1959.
PRESENT: Geoffrey Hodson (GH) & David Lyness (DDL)
- Geoffrey Hodson studying electric current in a graphite
rod.
- GH- [I'll] say a little more about the so-called waves which
are set up as soon as the current is on, and are most visible to me
on the surface of the etheric double of the bar. I also just want
to record an impression, just repeated form yesterday which is of
some probable imperfection in the contact causing some irregularity
of the inflow of the current and creating some difficulties in
analysing the effects and it may be this has contributed to some of
the questioning's concerning these waves.
- [NB the ammeter certainly flickered a little on DC]
- GH- As they are the first phenomena to present themselves to
me this morning, I will now study them a little bit and describe
them. Perhaps you would are to give the data, David.
- DDL- There are 25 ma of DC flowing through the graphite
bar.
- GH- I find myself able this morning, apparently able to
follow a wave from (L) to (R) from beginning to the end of the bar
which I couldn't achieve yesterday. I will try and indicate the
time occupied although it seems to be instant or extremely fast.
I'm not now counting numbers of windings but watching travel. It's
not quite instantaneous but the wave gets there (I know this is
unscientific) gets there at once, though I can see it travel, it
goes very fast. Like that, you see. That's not measurable I know.
I could perhaps do that against something, afterwards. Remember I'm
using my finger like that. Now I'm watching waves going, they're
going across just about like this, look. Or faster than that.
- DDL- Yes.
- GH- May I just go on, you can ask me questions later. I
just want to look a the effect which it produces, is of circular
winding but this is produced by the passage of what I call this
wave, which winds itself from (L) to (R). Now ...
- DDL- That is a clockwise spiral round the tube? Round
the bar?
- GH- Yes. Oh wait a moment. Did I say that? ... I'll
verify that, I'm not sure of that. Oh, it goes like that. Look,
that's the direction. Have I altered myself?
- DDL- Just check ...
- GH- Wait a moment, I think I've misled you there. A moment.
- DDL- Just reoperate your switch, Geoffrey.
- GH- Now, is the current, what's the position now?
- DDL- Now that you've altered it, it is on, but when you
were speaking before it was off.
- GH- Wait a moment - that is where I got wrong. Now that is
the off position as I take it. (Switches on) Yes, there it is.
- [1959: GH apparently unconsciously, was describing a memory of the wave movement. This
possibility, i.e. of the clairvoyant accidentally describing a continuing mental image instead of
objectively, has to be borne in mind in analysing these reports.]
- GH- It's awkward for me ... if you were looking at
the end of the bar from where you sit, it would go ...
(gestures).
- JSEA & DDL - clockwise
- GH- Sorry if I contradicted myself. I'd say that this
current is probably coming in at two different places on the rod,
more , and that seems to be producing unusual or perhaps altered
effects and may have given rise to my suggestion of a double helix.
I'll just investigate that again now. I'm off. -(P)- I can't.
-(P)- I must now say that all that I can see is one, main, helical,
very swift passage of a circular wave along the rod.
- DDL- You said circular, you mean spiral?
- GH- Yes, but it's going round I mean. Yes, spiral. Is
there anything particular about that; for I'll leave it if not.
- DDL- No. I think if you will go to the locked anu.
- GH- Right. -(P)- I'll say that switching on instantly
produces what I can only describe as an area of rigidity at first,
at present, in the centre, down the centre of the bar and in
diameter, at least ... one third of the diameter of the bar;
that is a phenomenon which disappears when the current is switched
off, and all the minute rushing active dancing lighted particles are
relatively free. Switched on, there it is, there is an area of
about a third of a diameter, which is lighted by the bye - it has
light - I'll go down into it - yes, particles and invisible force
driving them apparently are rushing with incredible speed all the
time from (L) to (R). They're pouring in so fast as to be
practically touching. That is tremendously active throughout the
bar and I see that GHthese points of force are rushing in throughout
the whole of the bar, but for some reason it seems to be more
concentrated as I've just said in the centre of the bar, as if
something made a concentration of inrushing points and energy not
filling the whole of the bar. There are ... and they go so fast
that even at the magnification I'm using now, I can see a path of
movement rather than a point. Yes, they're going fast enough to
make at first at any rate, yes lines right across, though I am
concentrating at the point of ingress where this phenomenon is
easier to see and very marked. Yes. This seems contradictory, but
I'll just record it. The majority of them - we'll call them anu for
ease - the majority of them rush with great rapidity right across
out of my line of sight altogether, and at first, as far as I see
them, they make paths so great is their speed. It looks as if a
number are contiguous. Presumably this is the anu locks, but I
haven't got down to that yet.
- DDL- Your really think that there are anu travelling?
- GH- There are lighted points travelling, which I will
enlarge in a minute. Definitely lighted points, there isn't any
mistake, I don't think I'll ever need to alter or contradict this,
I've got the vision clear and there's an ingress. Yes. Shooting. I
should say the contact is imperfect but nevertheless it is producing
that effect. The whole bar is subjected to it. Yes, David?
- DDL- The stream of lighted points - when you say the
whole bar is subjected to it -
- GH- Yes, but in less degree, in varying degree.
- DDL- Most of them travel down the middle third, do they?
Or not?
- GH- Wait a minute. Let me put it differently. Just let me
sort the two phenomena. There are two phenomena - doubtless I'll
get to that question - there are two phenomena: one is this
bullet-like shooting in of these lighted particles which pour in
literally in countless myriads and travel with incredible speed, so
fast as to produce lines of light and off they go out of my sight to
the (R), because I'm just at the pole, that's one thing. Now I
again receive this strange impression that about say one third of
the diameter, right in the middle there is a core of light which is
light and is (I haven't enlarged enough to see what it is composed
of yet, I'll have to ... light it up, enlarge it) but there it
is, there are two phenomena, I can't make sense of it or say why,
but I do see it and I'll go down into it because that may be the
area of the locked anu. But let me establish the first phenomenon,
which is the inrush and rapid travel of [lighted] points. Now the
other matter is this. This too is odd. Now not all of the
inrushing particles are obeying that same rule - or (I must be very
careful ) - no, I will alter that and say that I perceive also some
current, not following the straight line through. That was the
phenomenon I wanted to record. Masses are pouring straight through,
but they are visible, some just as the point of contact which go in
other directions. We've established that.
- DDL- Do you mean like an eddy?
- GH- No! No, no, not like an eddy. No they just go shooting
off at all angles. Now let's see if I can - that I feel sure is a
description taken just near the point of contact but inside the
bar. Yes, there it is pouring in. Now let me try and ... -(P)-
This is off the point but the wave effect is right in the very
middle of the etheric double. Hitherto I'd only seen it at the
surface, but now I see it's going right through. I've got a greater
enlargement and it's noticeable as a ... -(P)-
- DDL- As a disturbance right through to the centre of the
etheric double?
- GH- Yes, yes.
- DDL- So it's now more like a fan going round as it were?
- GH- I don't see any blades.
- DDL- No, but I mean like a current produced by a turbine?
- GH- Oh yes, something like that. Yes, good! Now I've got
to get this sorted out. Now, to help myself lead in. -(P)- [There]
are objects which appear to be stationary, which have their own
spin. Oh, yes, they appear to be stationary and not rushing along
like the others. Think of a series of peg-tops lying laterally to
me, with their points to the (L) and spinning rapidly,
independently, and yes, corrugated, these are anu. There's the
corrugation, there's the point, but they're elongated and not like
the anu I've described in shape. No wonder I couldn't be sure that,
for instance, under the play of the electric current, the point is
elongated like just ... the peg-top's a very - the old fashioned
peg-top's a very good description. The - particularly with those
lines round it which we used to put the string on, and now the top,
the shape of it too is stretched, elongated by the force -
presumably the current working on the anu - the other end is less
closed than is normal and the whole thing is a spinning cone with -
but ... but ... the open is rounded and preserves a measure of
the shape of the anu, of the pattern of the anu. Now these lighted
points are rushing still along over it - by the bye every anu as I
see now has its own aura, a little fine fringe of lighted - of light
all round it - like a little aura, about one, two, three, four, -
about an eighth of its size. I can only see one of them, except
that I sense, yes, I can just see the tip of another.
- DDL- This is one locked anu?
- GH- One anu; well, we're using this work locked, yes, I
suppose it is a word, when everything else is rushing from one end
to the other, this object is stationary and it's spinning at right
angles to the lateral flow of the others.
- DDL- And it's pointing to the (L) or to the (R).
- GH- The one as I have it now, the points are to my (L).
- DDL- The point is to your (L)?
- GH- Yes, is that contradictory?
- DDL- Yes, but that doesn't matter.
- GH- It looks like that to me this morning. Wait a moment.
It does matter. Well anyhow that's how it looks now.
- DDL- Right. "Everything else is rushing". What are the
"everything else's"?
- GH- All these lighted points.
- DDL- They must be smaller than anu?
- GH- Yes.
- DDL- But are they astral? I know it's a difficult
question.
- GH- Never mind. -(P)- I'll rest a bit.
- [during discussion, not while observing]
- GH- When I see a corrugated, heart-shaped or top-shaped
form, when I get to that stage I still see still smaller particles,
which raises the question of whether the anu is the smallest
physical particle there is, or whether these others are of a higher
plane. But they are very definite phenomenon.
- [resuming observation]
- DDL- On here.
- GH- I'm talking myself in, which curiously is a helpful
process. I confirm, yes, as far as my capacity for this
investigation is concerned that when the current is on there is an
inrush, from the (L) as I lie here, of very minute lighted points.
The inrush is distinctly irregular, that is to say it is not even
throughout the point of impact, ingress. That's clear enough. It's
irregular, but all that comes in is visible as lighted points. They
rush off as I've said. - Oh, they're coming along the wire! [1980:
i.e. the copper lead to the graphite] They - to the contact and in -
I think it might be useful to go to the cells, if not this morning,
another time, in search of these mysterious objects. -(P)-
Something in the conductor impedes some of them, or turns them
slightly, but the great majority of them rush straight through, but
here and there I detect a, some effect, whether it is collision, or
hitting some irregularity in the conductivity, I can't say, but
there is this phenomenon of a few of them being deflected a little.
- DDL- Can you not hold one still?
- GH- That's just what I'm trying to do. They're rushing
past. It's an anu. I got one. Now then we've got to find out
where we are. That upsets my concept.
- DDL- You mean it is an anu-shaped thing?
- GH- That's right. I don't say it's an anu, but it looks,
it's got a double spiral movement in it. It's got a - I can't give
you any relative sizes - it has got a double spiral movement in
it, it's got a ... perhaps I had better describe it. The first
impression was like the, somewhat like the sweet chestnut with its
cover round it. That is to say, it hasn't got a smooth surface,
its' radiating itself, it is radiating rays and lines of force all
round itself and these spike out for a distance of about 1, 2, 3
about one sixth or one eighth of the diameter, sideways diameter, of
the object. Look at it! It's - er - they're simply shooting forces
out from within themselves all around the sides in addition to their
obviously winding, spirally winding, writhing movement, very
noticeable which I've never seen quite to the same extent before,
perhaps because I haven't been able to observe it, is the spiked
effect. But don't think of anything like a chestnut covering, they
are very much closer than that. It's an extremely fine radiation
that is going off all round, and it's a very strong one too. It
gives the impression of rigidity. I've got it. Well, it is shaped
like an anu. It's no ... Don't let's try any other explanation
of it and disregard what's gone before, I have to say that I've got
one of these lighted particles I think in vision, and it is an anu
and it's anu-shaped and it has this fuzz round it.
- DDL- One of these rushing, lighted points turns out to be
shaped like an anu?
- GH- Yes.
- DDL- Yet it seems smaller than the locked anu?
- GH- When I'm looking at them, yes. Sorry, I know that ...
- DDL- That's fine, that's just what I hoped to hear. So
that the locked carrot-like anu seems much bigger than the rushing
lighted points anu?
- GH- Yes, I conform (confirm) that. I know it leaves that
the locked things are, that's what I see.
- DDL- Good.
- [discussion follows]
- GH- Not puzzled, that's the wrong word. I have to face
multiplicity of phenomena that I have to sort and sort; now I've
become familiar with the writhing, the rapid writhing of the etheric
double; I have become familiar with the rushing of currents, the
rushing through of minute lighted objects, which see to me now, this
last investigation, to be anu. Then I have this impression and it's
most difficult of all to isolate and, curiously enough, that
something in the nature of a rigid bar-like condition is set up
inside the conductor, and when I try to enlarge it high I see
heart-shaped objects. Now in addition to those heart-shaped objects
the - I may be misleading, I may be wrong - but it seems to me that
when I've got that degree of magnification going and I see (rightly
or wrongly) a still held object like an anu, there still is the
impression of rushing forces. That's my impression so far.
- DDL- Can you see any reason why ...
- GH- If it's real, then it is a phenomenon inside the bar,
but also going on is the rushing particle phenomenon. The two
co-exist. Now what Is their relation even in the matter of size -
yes - and other factors, that I will try to find out, if I can.
Right.
- DDL- Giving you 25 m.a. as before.
- GH- Oh, I don't know why it is but ... -(P)- ...
minute points ... a reality, and they're rushing through. -(P)-
Oh, there, at this power, there, it's a very strange thing, there
(are you recording) there are these rigid objects which are larger
than the rushing points which we take to be anu.
- DDL- Much larger?
- GH- Well, I think so, I'll get on to it. We may have to - I
may have mislead from the beginning you know, we may have to
reconsider this whole use of words, in regard to this rigid bar;
this seemingly firm condition there. They can't be anu in ...
. if the lighted points are, and I caught one and held it and it
certainly presented the appearance of the familiar anu, yet, this
rigid condition, or these head to tail objects, they may only be
conditions set up rather than precise existences. I don't mind
contradicting myself. There's some kind of reason for my saying
yesterday that they're not external objects, they're illusory and
mayavic conditions set up by the flow of forces rather than what
I've taken them for. However, I'm not neglecting, I'm just talking
myself in. You see when I switch off like I did then - -(P)- - [??]
is resumed; now ... I regret my inability at this stage to be
more precise but I am feeling my way towards the truth and we will
get the truth about this supposed phenomenon of locked particles.
They are ... are you recording?
- DDL- Yes.
- GH- [If] they are anu, they are altered in shape as I've
described. I must do some drawing. Just repeat this, I can only do
one more thing, repeat the crux of the matter.
- DDL- Is a locked, so-called anu, very, very much larger
than a rushing minute anu?
- GH- Right now, that's the question. My first answer is yes.
It's why I doubt our correct use of the word to denote some
permanent phenomenon of nature. Now, would you care to reduce and
let me see if that helps me?
- DDL- Right.
- GH- I'm on here.
- DDL- That is about 1/100th of the current you've just
had. Any difference?
- GH- Not very discernible. If I describe it at all, to
commit myself, I would simply say that there are fewer of the anu
(which we'll call them) rushing along and they're a little further
apart.
- DDL- Well I'll slowly decrease until you do feel there is
a material difference.
- GH- Don't do that for a minute. -(P)-
- DDL- Right, I'll slowly decrease.
- GH- Myriads are rushing in still, but yes.
- DDL- Just say "stop" as soon as it becomes thousands,
say. -(P)-
- GH- It's less now.
- DDL- Alright.
- GH- Now we still want a comparison in size, don't we?
That's our object.
- DDL- Now what about the relative, very roughly relative,
is it getting a thinner stream?
- GH- I should say so, yes. -(P)- Just a moment, wait a
moment, I'll be there a second. I think so. Can you go right out
to help me? Or can you ... where are you, absolute minimum?
- DDL- No, I can go further yet.
- GH- Just don't for a moment; I can now I've been in doubt,
thought I've said yes, but I - in some slight doubt - yes, I would
say now at this stage, it's lower, less coming in. Now can you?
- DDL- Right, I'll reduce still further.
- GH- The electrical effect of rushing points I would say is
now reduced.
- DDL- Is it easier to study?
- GH- I think it is. What I want to see is if that reduced -
that's alright David at that for a bit - I want to see if that
affects what we call the core. The core is a problem. I do hope I
haven't been misleading and confusing a relatively simple issue by
that phenomenon, the description of such a thing. It ... [GH
rests].
- DDL- Would you just record that further observation?
From memory.
- GH- Whilst I was making the effort to stop one of the
rushing points, and stop it and look at it, I observed that the
etheric tube moved about a little until it got one. The end of the
tube is flexible and under the action of my will it moved slightly
about until an object was at the end of it. And then when it was,
the tube remained slightly bent or curved without any interference
with the preceptive results. That's one thing I did this morning.
And another was that I found myself able to put the tube in the
middle or inside the bar of graphite and then turn it towards the
point of ingress and watch, as it were coming towards me, the
in-rushing lighted points which we assume to be anu. That was an
interesting experience and that showed me how irregular the ingress
was, assumed to be due to imperfect contact. Those were two extra
experiences which occurred this morning.
- DDL- Yes, the contact is imperfect, being a clip attached
to a piece of graphite in the form of pencil lead. We propose to
use a soldered copper wire tomorrow.
- DDL- (12/2/59). As a matter of fact the imperfect
contact, though it may have existed was not the cause of the
irregularity but the combination of different batteries. [the
minimum current was, with nearly two million ohms in the circuit,
emf 13 and a 1/2 volts; of the order of 1.7 x 10 to the fifth amps].
FINISH: 11/2/1959. 26/5/57 11/2/59 159/160 XVII/2 10B 5.
Name:SOCGH_11259.doc
Size: 57856 byte(s) R11
Name:SOCGH_12259.doc
Size: 36864 byte(s) R14
1959-02-12
electric current in a single strand of copper wire
\
CLAIRVOYANT INVESTIGATION on 12th February, 1959.
PRESENT: Geoffrey Hodson (GH) & David Lyness (DDL)
FINISH: 12/2/1959 26/5/57 12/2/59 166 XVII/2 10B/11A 5.
Name:SOCGH_12259.doc
Size: 36864 byte(s) R14
13 Feb 1959 Omitted 172-176
14 Feb 1959 Omitted 177-183
21 Oct 1959 Omitted 184-187
22 Oct 1959 Omitted 188-191
23 Oct 1959 Omitted 191-196
26 Oct 1959 Omitted 196-201
27 Oct 1959 Omitted 202-205
2 Nov 1959 Omitted 206-209
23 Nov 1959 Omitted 210-212
24 Nov 1959 Omitted 212-215
25 Nov 1959 Omitted 215-216
26 Nov 1959 Omitted 216-219
30 Nov 1959 Omitted 219-221
1 Dec 1959 Omitted 221-223
2 Dec 1959 Omitted 223-229
3 Dec 1959 Omitted 229-230
7 Dec 1959 Omitted 231-236
8 Dec 1959 Omitted 236-240
9 Dec 1959 Omitted 240-246
10 Dec 1959 Omitted 247-251
14 Dec 1959 Omitted 252-255
15 Dec 1959 Omitted 256-259
16 Dec 1959 Omitted 260-266
17 Dec 1959 Omitted 266-269
End Volume 2 =========================================
END
To Top of Document
Acknowledgements
HTML validation by:
set in HTML 4.0 in Sept 2000
Last updated Oct 12 2000