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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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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Richard Collins, The Internet Foundation: Google Gemini:
Ampere’s Law: https://www.youtube.com/watch?v=5fqwJyt4Lus Please do not say “It gets very complicated, very quickly”. Rather say, “It will take several or many steps, but none of them are impossible, or even that difficult. Faced with many steps just pace yourself and do not give up.” Please do not say things to elicit feelings of hopelessness. Or
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Lucy, I was just going over the potential impact of having memory and algorithms integrated directly with different kinds of sensors, where the whole is responsive to the needs of global society and all individuals – both human and true AIs. I expect picoMeter capabilities, it is just a matter of time. As the many
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Seeker: This Superheavy Atom Factory Is Pushing the Limits of the Periodic Table at https://www.youtube.com/watch?v=kg0AN8bZ4us The electron shells only contain a tiny part of the total energy, but chemistry focused on the outermost and weakest energies. More fundamental is the binding of protons and protons, protons and neutrons, neutrons and neutrons – which governs the
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Donnie Mason, I an encouraged that some of the reactions are making sense and I am getting decent structures and reaction predictions. I hope you can add nuclear magnetic moments. I just posted a note online with a summary of some of it. That is at Magnetic binding – atomic structures, isotope reaction energies, atomic
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FermiLab: How do magnets work? at https://www.youtube.com/watch?v=s7ndBIL402Q When two electrons or two protons are compressed together, the 1/r^3 magnetic energy (positive when magnetic dipoles attract) and the 1/r Coulomb energy (negative when the electric charges repel) can reach a minimum when they are at nuclear distances. Two electrons (Cooper pairs) or two protons (occurs inside
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Gencove @Gencove In our latest blog, @joe_pickrell asks what happens when sequencing data becomes “too cheap to meter”? Speculating on the coming sequencing industry changes, Joe shares his four predictions for what things could look like in 2034. Read more now: http://gencove.com/blog/what-happens-when-genome-sequencing-data-is-too-cheap-to-meter https://pic.twitter.com/5mfphw0UeB Replying to @Gencove and @joe_pickrell Focus now on global scale manufacturing of
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Sabine Hossenfelder: Fearless Icelanders to Drill Into Magma Chamber at https://www.youtube.com/watch?v=FOF1FaqeoCA The first thing that came to mind is that, if supercritical methods would help geothermal, they will also help nuclear and atomic – and perhaps less mess. Generally, if you can think of something, it is there because you heard or read it somewhere.
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