Information, energy, power – optical and gravitational energy storage at atomic and nuclear scale Richard Collins: How much orbital angular momentum can an optical vortex carry? What units would be suitable to characterize the energy stored in a vortex beam? Watt*Seconds / Meter^3 ? What powers and intensities are vortex beams capable of now?
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Some people might find this conversation on the sun and gravitational energy density interesting. If one person likes it I think it will be a good day. Gravitational engineering. Things to watch for, ways to go. https://chatgpt.com/share/6764ea24-8894-800b-87b1-4a044e281759 I like ChatGPT because it will withhold judgement long enough to get through the introduction of
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Gravitational effects are small, literally. But much more powerful that electromagnetism. Gravitational effects are small, literally. But much more powerful that electromagnetism. So if you want to make bosons (pairs of gravitons) those bonds are stronger. Pretty much you only get something when matter and energy forms change. It seems you want to make
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reply to https://x.com/curiouswavefn/status/1866536050090447050 Ilya Prigogine was only one of many. He did write about gravity. Nico Van Kampen When I was at UT Austin and hanging out with Prigogine’s group, there were many others around him who were as or more inciteful. I suggest you spend time and study what Nico Van Kampen was doing
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A rule that “data containers” and systems must credit and bidirectionally link the original developers. Edward Mehr, Thank you for sharing your experiences and insights. Process and control systems optimization is critical to efficient global and heliospheric industries. When the methods are not refined and shared, individual groups might benefit, but reduce the potential of
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“Click” applies to atomic and nuclear fuels and materials — to all things, not just click chemistry The conditions for assembly have precision geometric and energy constraints, but once satisfied the pieces snap together every time. The interesting ones are those where the atomic energy stored can be released later. I have been calling
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https://www.youtube.com/watch?v=mvhCGyT9QkQ My Comments: Silicon strip detectors for CMS, bonding solid wires still, Universities as termite mounds Thank you for sharing this. I was not familiar with Aachen University. You might want to include links to Wikipedia articles in English, German, Chinese, and other human languages for a more balanced and complete overview and history of
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Freya Blekman @freyablekman #CMSPaper 1338 describes a precision measurement of the production rate of the quantum carriers of the weak force, the Z and W bosons. These measurements allow comparison and improvement of detailed understanding of the strong force in the standard model https://buff.ly/3ZaS4kI https://pic.x.com/593sfmughe Replying to @freyablekman A “standard” not shared completely on the
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Zhigang Suo @zhigangsuo The Nobel Laureate T.D. Lee died recently. @yangyang_cheng wrote about Lee’s role in lifting science in China, and in bridging China and America. These magical years of 1980s! https://npr.org/2024/09/05/nx-s1-5092630/td-lee-legacy-perspective-china-physics-yangyang-cheng Replying to @zhigangsuo and @yangyang_cheng Thanks for sharing! There have been many excellent and outstanding researchers from China working in China and around
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Ideal Weapon: Can Hafnium Bombs Replace Nuclear Bombs? at https://www.youtube.com/watch?v=FHPzQrJ8D7M Suggest you use NuDat3 at BNL to see all the isotopes that can be used. You also need all the magnetic moments, which I think they will be adding. Most of the radioactive isotopes can be used for their reactions. Not just stable ones if
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