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On 4/5/25 3:40 PM, The Natural Philosopher wrote:Woogh! That makes my brain hurt.On 05/04/2025 20:22, c186282 wrote:Again with analog, it's the sensitivity to especiallyAnalog ...>
Massive arrays of non linear analogue circuits for modelling things like the Navier Stokes equations would be possible: Probably make a better stab at climate modelling then the existing shit.
temperature conditions that add errors in. Keep
carrying those errors through several stages and soon
all you have is error, pretending to be The Solution.
Again, perhaps some meta-material that's NOT sensitive
to what typically throws-off analog electronics MIGHT
be made.
I'm trying to visualize what it would take to make
an all-analog version of, say, a payroll spreadsheet :-)
Now discrete use of analog as, as you suggested, doingActually, one of the things that Analog's still good at is real world control systems with feeback loops and all the like.
multiplication/division/logs initiated and read by
digital ... ?
Oh well, we're out in sci-fi land with most of this ...
may as well talk about using giant evil brains in
jars as computers :-)
As some here have mentioned, we may be closer to the
limits of computer power that we'd like to think.
Today's big trick is parallelization, but only some
kinds of problems can be modeled that way.
Saw an article the other day about using some kind
of disulfide for de-facto transistors, but did not
get the impression that they'd be fast. I think
temperature resistance was the main thrust - industrial
apps, Venus landers and such.
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