Put the data from your devices on the Internet and share it live 24/7 with everyone in the world, so it is “all humans” not just “us”, then I will start to believe your words. Archive the noise so it can be studied. You can get to where your systems are sensitive gravimeters, and
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Every frame of every video posted on the Internet, generated by diffusion and algorithm, could be dated, tagged and traced. If all copies are different, then it is hard to know which part is the tag. There are people who know how to do that fairly and usefully. Each person sees a unique video, the
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Physical Review Letters @PhysRevLett An exact full set of matrix product states of highly degenerate tricritical Lifshitz points in the quantum spin model with anisotropic interactions has been discovered https://go.aps.org/3Q3Pxna https://pic.twitter.com/w22Em2B3EZ Replying to @PhysRevLett It only looks simple because you use simple potentials with no real world inputs. In the real world, every tiny cubic
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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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I am interested in your “double exposure”. 200 ns would be 5 Mfps. Can you say which specific cameras from Imperix or elsewhere can support that? I am also interested in LWIR “thermal” camera for passive radiometry. Do you have anyone interested in camera interface standards? There are many cameras, and the cost of storing
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Diamagnetic magnetic levitation at nanoscale is one way to make chip scale gravimeters. A “gravimeter” is an accelerometer that can track the sun and moon by their gravitational fields precisely. https://arxiv.org/abs/2105.13555 The three axis signal allows “gravitational GPS/GNSS” and “gravitational compass” in 3D. Array for imaging atmospheres, oceans, magma and interiors of things. After
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https://hackaday.io/project/164550-low-cost-time-of-flight-gravimeter-arrays/log/208711-more-information-posted-at-researchgate-on-3-axis-gravimeters/discussion-195371 https://www.researchgate.net/profile/Richard-Collins-16 ResearchGate canceled their project support last year and I managed to save some things before they erased everything. I had/have a few dozen followers and collaborators. I have been working on many things and still many different designs and things related to gravitational imaging. But I am not making devices, only checking components. Do you
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Some of my Internet footprints: https://twitter.com/RichardKCollin2 – Internet Foundation, Gravitational Engineering https://www.researchgate.net/profile/Richard-Collins-16 – Solar System Gravimetry TheInternetFoundation.Net,.Org,.Com – Internet Foundation Gravitation, Comments https://hackaday.io/Foundation – Gravitational detectors, Gravitational engineering https://GravityNotes.Org – Older notes on using gravitational sensor arrays to monitor global geophysical processes. https://www.youtube.com/@richardcollins5549 There are many videos on YouTube but I
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https://twitter.com/RichardKCollin2/status/1741046739237228715 Sensitive three axis gravimeters show that vector sun moon tidal signals are nearly perfectly Newtonian, only requiring three linear regressions (6 numbers) to lock a station to the sun and moon for position and orientation sensing. Many types now. https://twitter.com/RichardKCollin2/status/1693165581329985565 This is one month for the vertical component of the vectors signal.
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CLaE @leafs_s nature Mysterious ultraslow and ordered activity observed in the cortex https://nature.com/articles/d41586-023-03795-9 Replying to @leafs_s You might look at what Ilya Prigogine and Dilip Kondepudi wrote in 1983 after Prigogine got his Nobel prize. “Sensitivity of Nonequilibrium Chemical Systems to Gravitational Field” DK Kondepudi, I Prigogine. It is listed in Google Scholar and there
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