Author: Richard K Collins

Director, The Internet Foundation Studying formation and optimized collaboration of global communities. Applying the Internet to solve global problems and build sustainable communities. Internet policies, standards and best practices.

Global Open Networks, Global Software Networks, Global Data Networks, all Data Networks, all Software Networks

https://twitter.com/RichardKCollin2/status/1776841580508315666 @elonmusk “Global Software Networks” – Lossless, efficient, reliable, sustainable, accessible, auditable, traceable, trustworthy, above reproach, open, #GlobalOpenNetworks #GlobalSoftwareNetorks  “Global Data Networks”- Lossless, efficient, reliable, sustainable, accessible, auditable, traceable, trustworthy, above reproach, open, #GlobalOpenNetworks #GlobalDataNetorks   If it is not Lossless, efficient, reliable, sustainable, accessible, auditable, traceable, trustworthy, above reproach, open, – it will not
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Use Atomic and Nuclear fuels on Mars and Moon and “out there”

Time Travelers Clup?  Artificial intelligence solved the oxygen problem on Mars at https://www.youtube.com/watch?v=UCbqK_eQw0Y Running calculations for a set of chemical reactions to search for yields and economics is what chemists, particularly those working at global or heliospheric scale, do. Ask a chatbot to run a program with data is not intelligence on the part of
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Rolling Shutter Cameras encode time in images, names spaces, languages

https://www.ids-imaging.us/ I was reading “Rolling Shutter Imaging on The Electric Grid” by Mark Sheinin, Yoav Shechner, and Kirakos Kutulakos. They used an IDS UI-348xLE (monochrome) camera so I was wondering how much it costs and what image sensor it uses. But that was some time ago and expect you have changed. They also used a
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Neutrons can readily bind by magnetic dipole force to each other, and to other magnetic dipoles.

MIT Physics @MIT_Physics MIT researchers discover “neutronic molecules” https://physics.mit.edu/?p=17971 @ScienceMIT Replying to @MIT_Physics and @ScienceMIT Neutrons can readily bind by magnetic dipole force to each other, and to other magnetic dipoles. Then look for electron clusters and proton clusters in places like neutron stars, collisions, high energy density, black hole regions. Many are observable now
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Low cost gravitational sensors for global+lunar baseline arrays, #RB_Prize

Physical Review Letters @PhysRevLett Using a Kerr optical effect, the detection sensitivity of a gravitational wave detector could be improved to enable the detection of binary neutron stars Letter: https://go.aps.org/4ally2a Synopsis: https://go.aps.org/3TL0hYv https://pic.twitter.com/Mcz2HpZTNY Replying to @PhysRevLett https://arxiv.org/abs/2310.18828 Designing low cost gravitational sensors for global+lunar baseline arrays? Individuals, small groups. Electron, Atom, Molecular, pico, nano interferometers,
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The first machine intelligence is born, with memories, experiences and moral habits of a thoughtful young girl.

Talking to GPT4 about how AIs, databases, operating systems, servers, devices have too many different and incomplete ways of storing interfaces -“global open resources” are better. I mentioned sensor arrays, so I told how the first true AI was born in a book I wrote. Maybe you will be interested. — I was going to
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