From: sarfatti@well.sf.ca.us (Jack Sarfatti)
Subject: New Physics,Healing & Paranormal 2 "White Paper"
Organization: Whole Earth 'Lectronic Link
Date: Tue, 26 Jan 1993 18:43:54 GMT


Continuing part 2 of my paid for "intelligence analysis" on the impact
of New Age Paradigms on the future of medicine, new marketing
strategies, new politics, etc. etc. for a high level consortium based
in Luxembourg,Geneva,London and Paris. Your (unpaid) comments,
criticisms will be included (if of value) in footnotes. I am striving
for a balanced objective presentation.

The behavior of tiny spinning electrically charged particles, mainly
electrons and protons (i.e. hydrogen bonds), fundamental to the quantum
mechanics of our bodies, obeys new laws of chance. The new feature,
according to the late Genius, Richard Feynman, is the "coherent
superposition of alternative histories". In the old physics, since all
causes were before their effects, the Newtonian laws of motion could, in
principle, predict the precise future behavior of single particles given
complete information on the initial causes.  The Heisenberg uncertainty
principle says that complete information on the initial causes is not
possible in principle. The fundamental reason is that intial causes in the
past are not enough to predict the behavior of the particle as it evolves
in time. Future "final causes" or purposive "teleological" karmic
influences also co-determine the intermediate behavior of the particle from
its preparation to its detection. The Feynman "history" is a description of
the possible motion of the particle (or field) from its preparation in the
past to its detection in the future. Each possible alternative history,
each "separate reality" for the particle (or electromagnetic field) is
described by an "amplitude" which encodes the entire "action" from past to
future in a point on a circle of an abstract space of pure mathematical
thought called "the complex plane".  All of quantum mechanics, both
standard and my new non-standard version, can be summarized in two laws:

1. Given a set of indistinguishable alternative histories, add their arrows
and then "take the square" to compute the probability of that
indistinguishable set.

2. Given a set of distinguishable alternative histories, "take the square"
and then add these squares to compute the probability of that
distinguishable set.

A word on what it means to "take the square". The Feynman amplitude for a
possible history of any quantum process has a "retarded" form that
propagates information forward-in-time from preparation to detection and a
"conjugate" or "advanced" form that propagates information backward-in-time
from detection to preparation. "Taking the square" means multiplying the
forward-in-time amplitude by the backward-time-time amplitude. When several
indistinguishable histories coherently superpose (in an interpenetration of
separate classical realities that has no analog in the old physics) we have
"loops in time" between interfering separate classical realities or
parallel universes.  The chemical bonds in which spinning electrons bind
atoms into molecules could not exist without these quantum loops and time
which are essential to manipulate the healing process by electromagnetic
machines in the coming new medicine.

Poincare discovered that there is an inherent classical uncertainty in the
old physics of complex systems quite distinct from the quantum uncertainty
of new physics. The old physics uncertainty is called "chaos" using the
mathematics of "fractal attractors in phase space". It applies to attempts
to predict weather, stock market prices, heart beats, neural web activity
(e.g. brain waves) brain waves and many other kinds of complex measurable
phenomena in the human body essential to medical diagnostics. The relation
between classical chaos and quantum connectivity is not at all understood
by any one today. The late David Bohm came closest in his "nonlocal quantum
potential" approach to quantum mechanics. It is a topic of great importance
for biophysical and psycho-physical research. It is also important for the
design of the next generation of parallel-processing super-computers with
switching hardware in the .35 micron or smaller scale.

Quantum phenomena involve chance (i.e. probability) in a new fundamental
way which is not the same as our intuitions based upon rolling dice, or
playing card games.  The conservation of probability is fundamental to all
science. That is, if we know all the ways something can happen, then the
sum of the probabilities for all the ways must add up to 1. In standard
quantum mechanics, the conservation of probability is expressed by a
mathematical condition called "unitarity of the time evolution".  The
mathematics of unitarity erects a formidable barrier against useful
communication on the nonlocal quantum connection. Unitarity prevents the
decoding of the message by observations at the receiver alone within the
standard quantum mechanics.  However, I have recently discovered that
unitarity while being sufficient to ensure conservation of probability is
not necessary, at least in the special case of the connected particles with
"entangled" wave functions. There appears to be a weaker mathematical
possibility that I will call "weak nonunitarity" that still conserves
probability for the alternate behaviors of the receiver and for the sender
separately.  This breaking of the unitarity barrier in a new non-standard
quantum mechanics which is minimally different from standard quantum
mechanics may permit the local decoding of the message at the receiver.
This approach as well as others is essential for the further progress of
new physics applications to healing and supercomputer design. Brian
Josephson, a Nobel Prize Laureate in physics at Cambridge University thinks
that complex living systems, which unlike inorganic matter are not in
thermal equilibrium, break the unitarity barrier of standard quantum
mechanics by some new principle not yet understood.