Category: Electromagnetic Gravitational Field

Konrad Lehnert @Berkekey about MEMS gravimeters and other very sensitive accelerometers focused on ‘gravitational’ sources

Richard K Collins Electromagnetic Gravitational Field, Gravitational Engineering, Sun Moon Vector Tidal Signal July 28, 2023

Physics @Berkekey: Oct 13 Colloquium: Konrad Lehnert at https://www.youtube.com/watch?v=qbqTWe1qBbY Konrad Lehnert, Three axis MEMs gravimeters can be made sensitive enough to measure precisely the vector tidal sun moon signal that is the main part (about 98.5%) of the signal at a superconducting gravimeters station. Using the JPL ephemeris this is just the sun’s acceleration at the
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Richard Chats with Bard about Maxwell’s static and dynamic field equation and their relation to gravitational potential fields

Richard K Collins Assistive Technologies, Electromagnetic Gravitational Field July 26, 2023

Richard: I am reading Jackson’s “Classical Electrodynamics” again. Looking at the fundamental assumptions and limitations of his times. At the very beginning he is talking about electrostatic fields and he says Curl (E) = 0 and says “this is equivalent to saying that E is the gradient of a scalar electric potential” But soon he
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Richard Chats with OpenAI ChatGpt PLus 4.0 about magnetic fields, global experiments, gravitational correlation networks

Richard K Collins Assistive Technologies, Collaborative Global Model of the Sun, Electromagnetic Gravitational Field July 24, 2023

Richard: There is an Ampere’s law for the integral of H on a boundary. When you write equations in this conversation, ALWAYS use the explicit multiplication symbol so I can clearly see the breaks between symbols. “*” OpenAI ChatGpt PLus 4.0: Ampere’s Law is a fundamental principle of electromagnetism that relates the integral of the
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10s of Millions can share in expanding and refining tools for electricity magnetism electromagnetism and gravitational engineering

Richard K Collins Assistive Technologies, Electromagnetic Gravitational Field, Gravitational Engineering July 24, 2023

Engineering Funda: Ampere circuit law for magnetic field intensity, Ampere circuit Law at https://www.youtube.com/watch?v=oGjnGylALXw&list=PLgwJf8NK-2e7Mk6BS3ttmOh9tuu55NTHk&index=2 Please be sure you have captions on all your videos, even your older ones, and links in the descriptions for reference materials. Your diagrams and equations are clear enough to follow without sound or captions, but you sometimes change symbols and notation.
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Gravitational time of flight methods – retarded potentials, relativistic corrections for finite speed of light and gravity

Richard K Collins Assistive Technologies, Electromagnetic Gravitational Field, Gravitational Engineering, GravityNotes July 24, 2023

For the Love of Physics: The Hidden Connection – How Magnetism Arise from Relativity: Explained at https://www.youtube.com/watch?v=WwzB1JvsyYc When calculating the vector tidal gravitational acceleration at a three axis gravimeter station on Earth, it is necessary to use “time of flight” methods. The sun and moon positions from JPL ephemeris for the time when the signal began
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Reply to comment on Video: Isotopic Masses Fundamental Constant Groups World Education Gravitational Fuels

Richard K Collins Assistive Technologies, Electromagnetic Gravitational Field July 21, 2023

Richard Collins: Isotopic Masses Fundamental Constant Groups World Education Gravitational Fuels at https://www.youtube.com/watch?v=WxiJ320pQJI&lc=UgyrEuQ2CGQvzPabwgB4AaABAg Ken, I cover a lot of ground in two years, so these older videos are good but not great. I chat with OpenAI GPT 4 every day for several hours on difficult problems that I am working on for the Internet Foundation. When
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Field Propulsion is 3D Electromagnetic Force management with high frequencies and high sampling rates

Richard K Collins Atomic Fuels, Electrokinetic Electrodynamic Field Methods, Electromagnetic Gravitational Field, Gravitational Engineering, Plasma, Process Monitoring and Control July 14, 2023

Master Ivo: Field Propulsion, Explained with Working Proof at https://www.youtube.com/watch?v=lVjC47NBqfM You are wasting a lot of time inventing theories that are well known and trying to learn quantities that are relatively easy to measure and calculate. Start by thinking what you want to do. I suggest you use magnetic levitation first. Forces on wires and magnets
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Richard Behiel – on linear regression for 3D gravitational calibration, and 3D gravitational imaging

Richard K Collins Assistive Technologies, Electromagnetic Gravitational Field, Gravitational Engineering, Solar System Colonization, Sun Moon Vector Tidal Signal June 27, 2023

Richard Behiel: The Beauty of Linear Regression (How to Fit a Line to your Data) at https://www.youtube.com/watch?v=my3lsV-VQjs Richard Behiel, The vector tidal gravity signal from the sun moon and earth at a superconducting gravimeter station is simple Newtonian GM/r^2. The suns vector acceleration on the station, minus the suns acceleration on the center of the earth.
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Richard Behiel: The nature of the Earth’s gravitational potential and acceleration fields

Richard K Collins Electrokinetic Electrodynamic Field Methods, Electromagnetic Gravitational Field June 26, 2023

Richard Behiel: The Nature of Gravity, Part 1: Earth’s Potential and Acceleration Fields at https://www.youtube.com/watch?v=zjBo58RxYQ8 Richard Behiel, I like your animations, they are a help for visualizing. You might want to consider all the mass from the sun, cosmic rays, solar wind, meteorites, dust and things that collide and interact with the earth over billions of
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Colliding protons and electrons and making them fuse, Gravitational energy density, and scale

Richard K Collins Assistive Technologies, Electromagnetic Gravitational Field, Gravitational Engineering, Units Dimensions Formats Reference Values June 21, 2023

The Slow Mo Guys: Ridiculous Magnets Colliding at 187,000FPS – The Slow Mo Guys at https://www.youtube.com/watch?v=yHPtuEfMPTc Slow Mo Guys, you can do the same with protons, electrons, positrons, anti-protons, any particle with a permanent magnetic dipole moment. You have to line up the spins properly, and time them using magnetic resonant imaging methods. But it can
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