**Matti Pitkänen** (*matpitka@pcu.helsinki.fi*)

*Sat, 13 Nov 1999 09:13:34 +0200*

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Communications in four-dimensional society

TGD based theory of consciousness leads to the idea of

four-dimensional society formed by cognitive spacetime sheets

glued everywhere on the material spacetime surface.

The idea about four-dimensional society makes really sense only if

communication between members of this society is possible. It would be

even better if communication could occur in "real subjective time". This

seems to be possible in principle as the following arguments show.

1. Communication method

A simple model for real time communication between societies

of future and past is based on the possibility of spacetime sheets

of negative time orientation having negative energy density. It

seems natural to assume that at least classical signals propagate

from geometric future to geometric past along these spacetime sheets.

As suggested in the chapters "Biosystems as macroscopic quantum systems"

and

"Quantum antenna hypothesis" of [cbook], negative energy

"massless extremals" could make possible coherent motion of

living systems. It seems that they could make possible also "real

subjective time" communications in four-dimensional society.

a) Signals to geometric future propagate along spacetime sheets of

positive time orientation. These spacetime sheets can correspond

to ordinary material spacetime sheets but also almost vacuum

spacetime sheets can be considered. In particular, so called "massless

extremals" (see the chapter "Quantum antenna hypothesis" of [cbook])

are possible.

b) Signals to the geometric past propagate along spacetime sheets

of negative time orientation. Negative energy massless extremals

are the optimal choice as far as classical communication is involved.

The reason is that signal propagates with maximal signal velocity and

consists of Fourier components with same momentum direction so that

the shape of pulse is preserved. Polarization direction at a given

point of the massless extremal is constant and depends on the

transversal coordinates only. Solution involves two arbitrary functions

and linear

superposition of parallel Fourier components with identical polarization

directions is

possible. Therefore all possible pulse shapes are possible.

c) What happens in the communication is following. Sender performs

quantum jump in which massless extremal of positive/negative energy is

generated

representing signal propagating to geometric future/past. Some

standardized

alphabet formed by the pulse forms for massless extremals: two basic

pulse shapes identifiable as binary digits is the simplest choice.

Receiver interacts with the massless extremal purely classically to

receive the message and generates massless extremal propagating

to geometric past/future as a reply. The difference between sender

and receiver is that sender performs quantum jump whereas receiver

just acts purely classically to receive the message.

d) The commmunication is on-line "real subjective time"

communication. There is no need to wait for next billion

years for reply and members of cultures separated by billions of

light years can have real time chat about their family problems.

2. Anomalies related to spinning astrophysical

objects as empirical support for the idea

The proposed communication method could be regarded as mere

wild science fiction unless there were empirical support for the possibility

of

communication from geometric future to geometric past.

In the articles [Nachalov1,Nachalov2] various

anomalies related to spinning objects are reviewed. These

anomalies are discussed in the chapter "Anomalies related

to spinning bodies and strong electric fields" of [padTGD].

There are also anomalies related to spining astrophysical objects.

Kozyrev [Kozyrev] has conducted astronomical observations using a

receiving

system of a new type. These observations have been replicated

later by other groups [Lavrentiev,Akimov].

These anomalies give also support for the possibility of the

signal propagation backwards in time.

a) When a telescope was directed at a certain star, the detector

positioned within the telescope registered the incoming signal even if the

main mirror

of the telescope was shieded by metal screens. This indicated that

electromagnetic

waves were accompanied by some waves not shielded by the metal screens.

b) When the telescope was directed to the true position, the signal

became stronger. As if there had been almost instantaneous propagation

of signal with velocity billions times greater than the velocity of light!

c) When the telescope was directed to a positionsymmetrical with respect to

visible

position, again signal was detected: the imaginative interpretation was that

the signal

came from future position of the star!

Leaving aside the objections of a typical sceptic and the question whether

the effect is real

or not, one can ask whether the concepts of manysheeted spacetime

concept and

classical Z^0 field could somehow give rise to this kind of effect in

strong conflict

with conventional wisdom.

a) Propagating photons (extremely tiny 3-surface glued to

macroscopic spacetime sheet) affect the spacetime

sheet and could generate propagating classical Z^0 field

causing the effect in the detector.

b) The strong signal from the true position could

have explanation in terms of a coherent classical Z^0 field

of astronomical size. This kind of coherence is forced

by the imbeddability requirement and was coined as topological

field quantization in the chapter ``Macroscopic quantum phases and

CP_2 geometry'' of [TGD]. One can intuitively understand it as follows.

In TGD elementary particle is replaced with 3-surface, which can have

arbitrarily large size and absolution minimization of Kaehler action forces

3-surface to behave coherently like single particle (in case

that it does not so, it decomposes into disjoint components!).

The results of Kozyrev are not the only evidence for this kind

of behaviour. Total eclipses of the Sun by the Moon reach maximum

eclipse about 40 seconds before Sun's and Moon's gravitational forces

on Earth align [Flandern]. If gravity is a propagating force, this 3-body

test implies that gravity

propagates at least 20 times faster than light. The result is consistent

with the assumption that the

acceleration of Earth is towards the true instanteous direction of the Sun

now, rather than being

parallel to the direction of the arriving solar photons now.

TGD based explanation is that the changes of the classical gravitational

field are not propagating effects but that the classical gravitational

field behaves like single coherent whole (it could of course

contain also small propagating part).

c) The signal in the symmetric position could indeed come from geometric

future. Only classical gauge fields can carry this kind

of signal. An attractive possibility is that classical Z^0 field

propagated along spacetime sheet with negative time orientation:

for negative time orientation the propagation is expected to occur

backwards in time.

References

[Akimov]

Akimov A.E., Kovalchuk G.U., Medvedev V.G., Oleinik V.K., Pugach A.F.

"Predvaritelnyye rezultaty astronomicheskikh nabludenii po

metodike N.A.Kozyreva.", Kiev, 1992, GAO AN Ukrainy, preprint \# GAO-92-5R.

(russian) ("Preliminary results of astronomical

observations using N.A.Kozyrev's method.")

[van Flandern]

T. van Flandern (1998), Phys. Lett. A, vol. 250, no 1-3

p. 1-11.

[Kozyrev] N.A. Kozyrev (1991)

"Izbrannyye trudy.", Leningrad State University,

448 p. (russian) ("Selected works."

[Lavrentiev]

Lavrentiev M.M., Yeganova I.A., Medvedev V.G., Oleinik V.K., Fominykh S.F.

"O skanirovanii zvyeozdnogo neba datchikom Kozyreva."

Doklady Akademii Nauk SSSR, 1992, v.323, \# 4. (russian) ("On the

scanning of the star sky with Kozyrev's detector.")

[Nachalov1]

Yu. V. Nachalov (1999)

"Theoretical basis of experimental phenomena"

http://www.amasci.com/freenrg/tors/.

[Nachalov2]

Yu. V. Nachalov and A.N. Sokolov (1999)

"Experimental investigation of new long-range interactions"

http://www.amasci.com/freenrg/tors/.

[TGD] M. Pitkaenen (1990)

"Topological Geometrodynamics" Internal Report HU-TFT-IR-90-4

(Helsinki University).

http://www.physics.helsinki.fi/~matpitka/tgd.html.

[padTGD]

M. Pitkaenen (1995) "Topological

Geometrodynamics and p-Adic Numbers". Internal Report HU-TFT-IR-95-5

(Helsinki University).

http://www.physics.helsinki.fi/~matpitka/padtgd.html.

[cbook]

M. Pitkaenen (1998) "TGD inspired theory of consciousness

with applications to biosystems".

http://www.physics.helsinki.fi/~matpitka/cbook.html.

Best,

MP

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