Category: Atomic Fuels

Hamamatsu Corporation, Can you tell me? Globally accessible remote experiments for education and new industries

Hamamatsu Corporation, Can you tell me what kinds of experiments might use your soft x-ray sources? I am interested in teaching statistics and many people are interested in x-rays. This might be a good way to introduce them to the topic. A stable and reliable source with variations. And, presumably, various easy to use detectors
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The EM vacuum fluctuations are likely fluctuations in the gravitational potential field, vibrational strong coupling zero point energy

Jyoti Lather   The “zero point EM fluctuations” are most likely gravitational energy density fluctuations. At the surface of the earth, the gravitational energy density is equivalent to a magnetic field of about 360 Tesla, the peak is about 1500 eV. The distribution is approximately black body and extends through soft x-ray and XUV down
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Note to Angstrom Engineering about Magnetron sputtering for space propulsion and applications

Magnetron Sputtering, E-Beam Evaporation, Thermal Evaporation, Ion Beam Processing at https://angstromengineering.com/tech/magnetron-sputtering/ I was encouraging groups to tackle improving the chemical only propulsion used in things like SpaceX Starship and related earth to orbit systems. Their specific impulse is limited because they do not understand how to generate ion electron and plasma flows with high specific energy.
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Earth to orbit and hypersonic point to point, rocket propulsion optimization has orders of magnitude potential

Vidduley: Electrodeless Ring Discharge History (since 1884!) at https://www.youtube.com/watch?v=Nu6VvNJN8XM Wade Cooper, Don’t just focus on the electromagnetic fields, but spend as much time on acoustics. The ions carry a lot of the mass and energy. USE SI units (Pascal and Kelvin) most of the literature will use those units and you will waste a lot of
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Twitter: Woven macroscopic hypermaterials

Advanced Sci News @AdvSciNews Researchers develop a dual-faced chain mail structure that consists of 3D re-entrant unit cells. It does a spectacular job of protecting a conical flask from damage while being dropped from height 20 times. Check it out: http://ow.ly/lIaR50Olo8f https://pic.twitter.com/ebHu717OkG Replying to @AdvSciNews Great work! These force and energy networks are very useful
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Anton Petrov Videos: Atomic and nuclear fuels for Heliospheric exploration, industries and human benefit

Anton Petrov: Incredible Advances In Nuclear Stirling Engines For Space Exploration at https://www.youtube.com/watch?v=chv6_seOaWw Little bits of power for communications and sensors is a start, but the real improvements will be when nuclear and atomic power sources (using “nuclear fuels”, “atomic fuels) are applied to high power things like transportation, mining, processing. And by processing, I mean
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Georgeta Vaman Electromagnetic Self Force, Gravitational Energy Density, Atomic Fuels, Negative mass

https://www.researchgate.net/publication/367280933_The_electromagnetic_self-force_of_a_Lorentz-contractible_spherical_shell_of_radius_R_in_rectilinear_arbitrary_motion_the_terms_of_order_1R_and_R0 Georgeta Vaman, I found this paper on Arxiv at https://arxiv.org/abs/2301.08223 You might want to post the link or tell ReseachGate where the paper is stored on the Internet. I quickly read some of your older papers, starting with “Cartesian multipole moments and tensorial identities”. I came to your paper following some ideas from “A
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Gravitational Energy Density, Gravitational Energy, Speed of Gravity, Gravitational Engineering

Chaos in the Cosmos: The mysteries and wonders of gravitation – what truly is gravity? Here’s an attempt to explain! at https://www.youtube.com/watch?v=KaOU8BBlcdw I suggest you focus more on the gravitational potential, rather than the gravitational acceleration. The acceleration field is the vector gradient of the potential field. And the potential field for the earth, sun, moon,
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