006
006-[George Hammond MS Physics]
006-[Cape Cod Massachusettd USA]
.
Hammond has proposed that the AFTERLIFE is caused by
STUART HAMEROFF's microtubule system of the brain.
The system operates at UV light frequency (10^15 Hz)
which is 10 trillion times as fast as the neuronal firing
frequency (100 Hz). Therefore the microtubule system
can download A 3 year Afterlife dream in microseconds.
Thus Afterlife is failsafe against sudden death even by
a lightning bolt, or an A-bomb!
.... The question is, is there any KNOWN EVIDENCE
that this actually occurs – and I point out here that
Sigmund Freud's study of "Alarm Clock Dreams"
and in particular Maury's famous "Guillotine Dream"
(see [...] above) as EVIDENCE that this high-speed
microtubule system actually does that!
.... As evidence of this mighty speedup in brain function
I cite here Sigmund Freud's description of Maury's
famous Guillotine Dream: –
.
SIGMUND FREUD SAID: –
…. The only possible hypothesis seems to be that the whole
elaborate dream must have been composed and must have
taken place during the short period of time between the contact
of the board with Maury’s cervical vertebrae and his consequent
awakening. We should never dare to attribute such rapidity to
thought activity in waking life, and we should therefore be driven
to conclude that the dream work possesses the advantage of
accelerating our thought processes to a remarkable degree.
.
Quoted from: –
The Interpretation Of Dreams
Sigmund Freud
Avon Books (paperback)
Chapter VI, p. 534
Note – this is only about 100 to 1 compression
so apparently a dream only dips very briefly into
the microtubule level – whereas in the Afterlife it
can presumably take advantage of the full
10 trillion to 1 ratio of microtubule UV to
neuronal firing (100 Hz) i.e. the (10^15/100), as is
neccessary !
Apparently, after the headboard hits his neck
the microtubule system goes into action, fabricates
the dream from existing memory, and since memory
is stored in the microtubules themselves, it simply
stores the new "rapidly assembled" memory in the
microtubules – so he thinks that he had a long 15
minute dream –but he thinks he had the dream
BEFORE the headboard hit him !
The Microtubule system must have to rapidly retrieve
enough information from the microtubule memory
system to make up the dream – and then store the
dream itself in a new location so that he will
"remember" it when he wakes up !
It would be interesting to know what microtubule
memory experts think about this idea?
.
George
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