Twitter: I averaged a 50×50 pixel area from a live video of the ocean for several minutes. Not completely uniform but showing bands of light and color. Our AIs might use these kinds of background averages, then focus on exceptions. All videos should use lossless compression and archives. Richard Collins, The Internet Foundation Lawai Beach
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Anton Petrov: Unexplained Earthquake Light Phenomenon Finally Captured on Camera at https://www.youtube.com/watch?v=05NmTEeXvhs Anton, This argues for keeping permanent all-sky (fish eye and other name) cameras to monitor the sky above regions where there are earthquakes, like where the earth is pulling apart. Beside piezoelectric, there are also piezomagnetic materials which will change the electromagnetic fields. The
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Richard talks to OpenAI ChatGPT Plus about KeV and MeV magnetic bonds between neutrons protons and electrons. Neutron magnetic pairs, proton antiproton magnetic pairs, electron pairs. Atomic fuels, extended nuclear materials. Richard Collins, The Internet Foundation Richard: I am thinking about magnetic bonds between neutrons and want to talk with you about that. The neutron
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I am talking with Google Bard Jr about AIs and human knowledge. About the future of the human and AI species. About indexing all human knowledge so it can be fairly retrieved and used. Richard Collins, The Internet Foundation Richard: Can you find the prime factors of 1920? Google Bard Jr: Sure, the prime factors
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Effective information systems (including potential “AI assisted” ones) depend on a number of things, but foremost they must be open and auditable, the methods must be accessible and fair to all, the process must be visible and acceptable. For The Internet Foundation, I normally say “global open auditable verifiable accessible” I am talking with Bard.Google.com.
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Utilizing the Impact of Earth and Atmospheric Tides on Groundwater Systems: A Review Reveals the Future Potential https://www.researchgate.net/publication/332292753 You might want to know that MEMS gravimeters and many kinds of three axis gravimeters can follow earth tides in real time. The three axis broadband seismometers at quiet stations follow the sun moon tidal signal closely.
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https://www.sciencedirect.com/topics/earth-and-planetary-sciences/atmospheric-tides First I like your summary of material on Atmospheric Tides. It covered much of the topic and is a great starting point. but the form leaves a lot of work for the researcher, particularly for topics that might have tens or hundreds of thousands of urls on the Internet that are closely connected. These
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UZH Physics: The jumping ring and Eddy currents at https://www.youtube.com/watch?v=3Xxhoiew4AQ You did no measurements, nor calculations. So I do not consider it “science” or “engineering”. I am fairly certain there are also magnetic gradient forces involved. And you did not show the current and voltage pulse. Richard Collins, The Internet Foundation Acoustic Atomic Density Nuclear Electromagnetic
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Donnie, That is a good site for magnetic moments. I had worked with that a bit, but now you reminded me, I will spend more time. I was working on gamma ray transitions earlier today, and the atomic and nuclear states are hard for many people to understand. So I am trying to get that
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https://www.researchgate.net/post/The-formula-for-radiation-dose-of-an-x-ray-unit-D-gkVmAs-d2-where-g-is-constant-and-ddistance-in-what-kind-of-dose-does-it-refer-to Not sure if this will add to your discussion, but Volt^2 might be easy to remember if you think of dosage in Photons per second, an Ampere of unit charge as (1/e = 6.2415091E18 per second) and energy in Watt seconds. Watts = Volts*Amperes = Volts^2/Ohm. The total absorbed dose in Joules/Kilogram is Watts*Seconds/Kilogram.
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