Soon (decades) computers will be fast enough to simulate dna/cell growth, this will allow the growth/simulation of a human body, I call them virtual humans.
Scanning real brains and transferring the information to the virtual human's brain will finaly realize the long dream of eternal life !
Perhaps the quantem computer holds this key...
Bye for now,
Skybuck.
On Sat, 30 Sep 2023 02:31:02 -0700 (PDT), Skybuck Flying <skybuc...@gmail.com> wrote:
Soon (decades) computers will be fast enough to simulate dna/cell growth, this will allow the growth/simulation of a human body, I call them virtual humans.
It will be hard to simulate a process that nobody understands.
Scanning real brains and transferring the information to the virtual human's brain will finally realize the long dream of eternal life !
Perhaps the quantum computer holds this key...
On Sat, 30 Sep 2023 02:31:02 -0700 (PDT), Skybuck Flying <skybuc...@gmail.com> wrote:
Soon (decades) computers will be fast enough to simulate dna/cell growth, this will allow the growth/simulation of a human body, I call them virtual humans.It will be hard to simulate a process that nobody understands.
On Saturday, September 30, 2023 at 1:44:30 PM UTC+2, John Larkin wrote:
On Sat, 30 Sep 2023 02:31:02 -0700 (PDT), Skybuck Flying <skybuc...@gmail.com> wrote:
Soon (decades) computers will be fast enough to simulate dna/cell growth, this will allow the growth/simulation of a human body, I call them virtual humans.It will be hard to simulate a process that nobody understands.
Quantum computer will help to understand it :)
On Saturday, September 30, 2023 at 9:44:30?PM UTC+10, John Larkin wrote:
On Sat, 30 Sep 2023 02:31:02 -0700 (PDT), Skybuck Flying
<skybuc...@gmail.com> wrote:
Soon (decades) computers will be fast enough to simulate dna/cell growth, this will allow the growth/simulation of a human body, I call them virtual humans.
It will be hard to simulate a process that nobody understands.
We do understand quite a bit of it.
What Skybuck doesn't seem to grasp is the size of the problem. The brain alone contains 86 billion neurones
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC2776484/
and every last one of them is a pretty complex cell with some 7000 connections each to other neurones.
Scanning real brains and transferring the information to the virtual human's brain will finally realize the long dream of eternal life !
Very slow eternal life,
Perhaps the quantum computer holds this key...
Or perhaps Skybuck hasn't got a clue about the subject.
On Sat, 30 Sep 2023 08:22:04 -0700 (PDT), Anthony William Sloman <bill....@ieee.org> wrote:
On Saturday, September 30, 2023 at 9:44:30?PM UTC+10, John Larkin wrote:
On Sat, 30 Sep 2023 02:31:02 -0700 (PDT), Skybuck Flying <skybuc...@gmail.com> wrote:
Scanning real brains and transferring the information to the virtual human's brain will finally realize the long dream of eternal life !
Very slow eternal life,
This would be the case if virtual memory (memory mapped files) must be used.
In practice multiple computers could be used, each of which simulating only parts of the brain.
This would also make it possible to use shorter addresses. Multiple CPUs would help use more operations in parallel.
Apparently the system would fit into a single room.
Perhaps the quantum computer holds this key...
Or perhaps Skybuck hasn't got a clue about the subject.
On Sunday, October 1, 2023 at 5:22:58?AM UTC+11, upsid...@downunder.com wrote: >> On Sat, 30 Sep 2023 08:22:04 -0700 (PDT), Anthony William Sloman <bill....@ieee.org> wrote:
On Saturday, September 30, 2023 at 9:44:30?PM UTC+10, John Larkin wrote:
On Sat, 30 Sep 2023 02:31:02 -0700 (PDT), Skybuck Flying <skybuc...@gmail.com> wrote:
<snipped idle speculation>
Scanning real brains and transferring the information to the virtual human's brain will finally realize the long dream of eternal life !
Very slow eternal life,
This would be the case if virtual memory (memory mapped files) must be used.
And individual neurones were as simple as you like to think.
In practice multiple computers could be used, each of which simulating only parts of the brain.
86 billion neurones suggests that you'd need a lot of them.
This would also make it possible to use shorter addresses. Multiple CPUs would help use more operations in parallel.
The brain puts 86 billion neurones in parallel. They aren't all that quick but there are a lot of them.
Apparently the system would fit into a single room.
An airship hangar? Getting rid of the waste heat might take up even more volume.
Perhaps the quantum computer holds this key...
Or perhaps Skybuck hasn't got a clue about the subject.
This would be the case if virtual memory (memory mapped files) must be
used.
And individual neurones were as simple as you like to think.
In practice multiple computers could be used, each of which simulating
only parts of the brain.
86 billion neurones suggests that you'd need a lot of them.
The maximum capacity for a DDR5 module is 0.5 TB. The 1 U blade might
contain 40 of these modules or 20 TB. To get 4 PB total capacity 200
blades would be needed. With 40 blades in a single rack, thus 5 racks
are required.
This would also make it possible to use shorter addresses. Multiple
CPUs would help use more operations in parallel.
The brain puts 86 billion neurones in parallel. They aren't all that
quick but there are a lot of them.
Apparently the system would fit into a single room.
An airship hangar? Getting rid of the waste heat might take up even more >>volume.
Putting a processor and 10 TB RAM in a single blade, only 10 racks are needed. That is the size of a small supercomputer.
The heat depends on how many processors run a top speed at any time
and how the memory access patterns are distributed.
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The idiot Anthony William Sloman <bill....@ieee.org> persisting in being an Off-topic troll...
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