Category: Electromagnetic Gravitational Field

Fusion for SpaceX levitation, industrial and space needs. Global open tokens and global open resources

Richard K Collins All Global Open Devices, All knowledge, All Languages, Atomic Fuels, Electromagnetic Gravitational Field August 30, 2024

Fusion for SpaceX levitation, industrial and space needs. Global open tokens and global open resources I was reading https://en.wikipedia.org/wiki/Levitated_Dipole_Experiment today and encouraged. While the economics of bulk electricity production are not particularly favorable, there are many new transportation, industrial and space applications where GigaWatt and larger power modules are needed. For instance to
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Relic Neutrinos and the gravitational potential field at the surface of the earth

Richard K Collins All knowledge, All Languages, Electromagnetic Gravitational Field August 20, 2024

I have studied the gravitational energy density at the earth’s surface since about 1978. Just after Joe Weber told me to read all of Robert Forwards papers. g^2/(8*pi*G) is roughly equivalent to the energy density of a magnetic field of 379 Tesla. I know that the gravitational potential field is turbulent at small scale and
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Experimenting without real purpose is expensive

Richard K Collins All knowledge, Electrokinetic Electrodynamic Field Methods, Electromagnetic Gravitational Field August 18, 2024

100 car batteries wired in parallel! at https://www.youtube.com/watch?v=ywaTX-nLm6Y You forgot molten glass, molten salts! How do you charge 100 batteries? 50,000 Amperes at 12 volts is 6,000,000 Volt*Amperes. 6000 KiloWatts 14 cents per KiloWattHour would be $0.14*6000 = $840/hour if you have a 6 MegaWatt 12 volt DC charger, (I am tired, so check my
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Could MegaTelsa fields be used on earth, begs the question. They will HAVE to be used in space

Richard K Collins All knowledge, All Languages, Electromagnetic Gravitational Field August 5, 2024

Could megatesla magnetic fields be realized on Earth? at https://www.youtube.com/watch?v=pqy4eKrmeyM KiloTesla and MegaTesla fields are routinely considered in many areas of research now on the Internet. KiloTesla fields can be created and used fairly routinely. MegaTesla fields will be common for laser vacuum activation. KiloTelsa fields will reduce the size of fusion devices. “Mr Fusion”
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Induced magnetism suggestion to K&J Magnetics

Richard K Collins Electrokinetic Electrodynamic Field Methods, Electromagnetic Gravitational Field, Gravitational Engineering August 1, 2024

I read your article https://www.kjmagnetics.com/blog.asp?p=making-and-repairing-fridge-magnets because of your email. I had hoped you would show a way to re-energize or strengthen an old magnet by using a strong magnet to increase permanent magnetization. Is that possible? Can a strong magnetic make many weaker magnets? Ferromagnetic materials, like paper clips, nails, washers, metal plates, metal sheets.
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Stop writing about gravitational theories and old problems – make fields that act exactly like gravity

Richard K Collins Atomic Fuels, Electrokinetic Electrodynamic Field Methods, Electromagnetic Gravitational Field, Gravitational Engineering July 27, 2024

Tony, I have been finishing up some projects. July 23, 2024 was the 26th Anniversary of the Internet Foundation. I did a quick read of this last paper, and your earlier ones. You are arguing theories, when I think you ought to be studying the technologies, instruments, sensors and data. I recommend “gravitational engineering” not
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It is likely “magnetic fields all the way down” – KiloTesla, MegaTesla, GigaTesla and beyond

Richard K Collins Electromagnetic Gravitational Field, Gravitational Engineering July 15, 2024

Launch Pad Astronomy: Neutron Stars, Pulsars and Magnetars at https://www.youtube.com/watch?v=tWsWcWAcK2U For the Internet Foundation, I had to add KiloTesla and MegaTesla to “commonly used units”. Yours is an early example of GigaTeslas, so there will be more. Gravitational energy density, magnetic energy density and many other kinds of energy density can all be interconverted now.
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Your quantum noise might be more valuable than your calculations

Richard K Collins All knowledge, All Languages, Electromagnetic Gravitational Field June 26, 2024

Dulwich Quantum Computing @DulwichQuantum Projections by @TobiasOsborne for the number of noisy qubits on different platforms. @PsiQuantum, does this check out? https://youtube.com/watch?v=Go7iPIt2_w0&t=939s https://pic.x.com/htctpqein9 Replying to @DulwichQuantum @tobiasosborne and @PsiQuantum Please, all groups using noisy qubits: record your noise as precisely as possible. It ultimately links to gravitational and vacuum noise. Plus human and geophysical data.
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Noise experiments, Global collaborations and sharing, lower the cost of deep education for all

Richard K Collins All knowledge, All Languages, Electromagnetic Gravitational Field June 12, 2024

Deepak Marwal: galvanometer mirror & johanson noise in electric devices | Examples of brownian motion | thermal phy at https://www.youtube.com/watch?v=yRYJqZ5ebVk At 0:10 it is “sedimentation” and “gradient with height” and at 0:16 it is “Johnson noise in electric devices”. Even if you have no equipment, you can simulate it and get help from your friends to
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Most things now can be precisely modeled and scheduled, and sold as services

Richard K Collins All knowledge, All Languages, Electromagnetic Gravitational Field, Gravitational Engineering June 7, 2024

Physical Review Letters @PhysRevLett Stress propagation in active solids induces spontaneous actuation of floppy modes without exciting vibrational modes Letter: https://go.aps.org/4aViIjP Focus: https://go.aps.org/3XdD2K1 https://pic.x.com/ypc3kwl43d Replying to @PhysRevLett Frequencies and directions and timings can be precisely modeled. Whether in solids, liquids, gases or plasmas. I am not sure why you treat it as something unusual. You
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