Comment by reaperducer
7 years ago
the shrill hissing and whining noises of a workshop are one of the more fatiguing sounds to hear.
Can confirm.
In the early 2000's, I built a web site for a small factory that ran almost entirely on compressed air. Part of the project involved spending six months on the production floor photographing items as they were built. (15,000 different SKUs!)
I wonder if you could get the website itself to run on compressed air…
Do you really wonder?
The answer would be "Of course!" and "Of course not!".
You don't need electricity to run a "computer". But as soon as you're trying to hook up this computer to the Internet, serving responses on an electrical network... I can't imagine how to do this without electricity.
Of course you're not looking for answers using a turbine, are you?
For TCP/IP, you can use acoustic modem. It's hard, but not impossible to make mechanical computer and mechanical acoustic modem or vibrational modem (vibrations are easier to parse using mechanics).
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Here they talk about a miniatirized pneumatic microprocessor using microfluidics:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC2917228/
But: it takes a full 10cm wafer to make 50 D flip-flops(a basic component equivalent to a memory bit), and it works at frequency of 0.5hz .
So it's a challenge.
But maybe it's possible to build a very dumb terminal with this(say keyboard + screen
https://www.nature.com/articles/s41378-018-0018-1
) , if you offload everything to the cloud - and use a really basic communications protocol.
But will the Amish accept a computer/network ? What will it look like ?
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Well, fiber optic cable uses light to transmit data... a vibrating mirror could modulate the output. How to receive, well, that seems a bit harder! Also probably some small issues with precise timing and bitrate are to be expected.
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In theory yes, I mean you can make computers using hydraulics - iirc older automatic transmissions use a hydraulic computer.
This one is fascinating:
https://en.wikipedia.org/wiki/Water_integrator
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