Reader Ad Slot
Reader Ad Slot placeholder
If you would like to support SpookStack without paying out of pocket, please consider allowing advertising cookies. It helps cover hosting costs and keeps the archive free to browse. You can change this choice at any time.
CIA RDP96 00787r000500420001 2
Page 31
31 / 72
STAT
ww
Approved For Release i aannenenes heneinineeeenaens
DST-1810S-387-75
September 1975
billion, or seven trillion semiconductor elements in operation, and another
seven trillion in reserve. The brain has about 14 billion nerve cells.
If only 10 billion are able to receive information at any one time, and the
transmission capacity of a nerve fiber is 14 bits per second, then this
means that the brain is able to receive 140 billion bits of information
per second. Thus the memory capacity of the brain seems to be a million
times greater than that of current computers. For ordinary perception
and deliberation, 14 to 16 bits/second are adequate. But for more com-
plicated perception and deliberation, such as the solution of a mathemati-
cal problem, etc., about 20 bits per second are needed. The brain's great
reserve bit capacity may indicate that unconsciously and subliminally, man
may be perceiving far more information than what has been assumed previously.
Experiments with known telegnostics seem to confirm this, since they appar-
ently process and evaluate a huge quantity of information within an un-
imaginably short time.
(U) Czech theoretical cyberneticians are proposing the construction of
computers that will "create" and possess at least a degree of intuition.
However, the Czechs admit that this concept is somewhat premature, because
they do not yet understand these processes in man and are unable to describe
them adequately. Parapsychology may eventually provide much essential
knowledge about these processes and thereby help cybernetics in solving
the problem of teaching computers to create. The point is not merely to
build more-perfect computers, but to design computers with qualitatively
new functions. Work is now underway on a fourth generation of computers,
and a fifth generation is being planned. The Czechs believe that para-
psychology is already capable of offering cybernetics fruitful models.
In the opinion of some cyberneticians, the present prostheses that replace
missing parts of the body are foreign bodies within the organism, regardless
of how perfect they may be. Once the technology of molecular circuits is
mastered it will be possible to integrate perfectly a prosthesis and the
central nervous system's information system. From there it will be only a
short step to direct man-machine communication. Understanding of molecular
circuits will also clarify the mechanisms of extrasensory communication
between people.
(U) The Soviet-Czech team approach to parapsychology research, not widely
used as yet in the West, will advance them into direct man-machine com-
munication, creative computers, and eventually into cyborgs, i.e., human
inductors coupled with physical psychotronic instrumentation.
(U) Frantisek Kahuda of Charles University, Prague, has expanded on the
original "neutrino" theory proposed in 1966 by Ye. Parnov of the Soviet
Union. Kahuda and other Czech researchers have demonstrated that space
(mental horizon) and time (mental time) in the world of mental processes
have characteristic properties that should be in accord with the properties
25
Approved For Release sdronare-eocseohe osereanasootana
STAT
Reveal the original PDF page, then click a word to highlight the OCR text.
Community corrections
No user corrections yet.
Comments
No comments on this document yet.
Bottom Reader Ad Slot
Bottom Reader Ad Slot placeholder
If you would like to support SpookStack without paying out of pocket, please consider allowing advertising cookies. It helps cover hosting costs and keeps the archive free to browse. You can change this choice at any time.
Continue Exploring
Agency Collection
Explore This Archive Cluster
Broad Topic Hub
Topic Hub
Related subtopics
Subtopic
Subtopic
Subtopic
Subtopic
Subtopic
Subtopic