Thanks to all for the offer of help. I did refer a couple group members to
him and we'll see what happens.
The "tinker-toys" reference reminds me of a line from Young
Frankenstein...but I digress.
On 5/8/07 10:43 PM, "woodelf" <bfranchuk at jetnet.ab.ca> wrote:
Richard A. Cini wrote:
Yes, odd indeed. It was like drinking from a fire
hose last night. Anyway,
the theory goes that the entire genome is coded in base triplets which
encode only 64 proteins (6-bits).
This "emulation" problem has been gnawing at him for over 10 years and he
figures that now since the genome is fully mapped (although functions are
still unknown), he can do some good. There has been lots of research, but
any testing or whatever is still performed on live tissue. Why not emulate
it?
I didn't take down his entire curriculum vitae, but he's an EE that got into
medicine (podiatry) and has a side interest in genetics (I guess). Hey, I
read Scientific American, too, and I having a passing interest, but I'm not
a man of medicine.
Apparently he read a paper in which this guy in Japan emulated a cell's
function in silicon. Why not scale it up is his thought.
Anyway, can someone talk 6-bit architecture to this guy?
I could talk only as hobby type project, but for computer hardware what
is needed? Other what is EE? I don't think it is too hard to understand.
You don't need medicine for hardware - just think tinker-toys since the
basic level is still atomic structures.
Rich
--
Rich Cini
Collector of Classic Computers
Build Master and lead engineer, Altair32 Emulator