Category: Electromagnetic Gravitational Field

Why did I work on certain problems all my life? The Chemical Bond Approach, Passion Without Guidance

Passion Without Guidance. My first year of high school was 1963/64 at Eau Gallie High School just across the bay from Cape Canaveral where my Dad was working. Kennedy gave his moon speech at Rice University on 12 Sep 1962. Within a few months, my Dad left his old job in Texas and moved our
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Mapping Interiors of Black Holes with Many Sensors

Physical Review Letters @PhysRevLett Microscopic Origin of the Entropy of Astrophysical Black Holes: A theoretical proposal presents a framework for microscopic explanation of the entropy of astrophysical black holes https://go.aps.org/4agoY6i https://pic.twitter.com/53Aoni9R8A Replying to @PhysRevLett How many astrophysicists does it take to create a 3D volumetric model of the interior of a black hole region? 13.
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Sub nanosecond flash 3D video sampling allows gravitational imaging, “imaging accelerometry”

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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Add diamagnetic gravimeter to the list of ways to make chip scale gravimeters and their imaging networks

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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Stable orbits inside central black holes

Physics World @PhysicsWorld New calculations that combine quantum mechanics with Einstein’s general theory of relativity suggest that gravastars could end up nested inside one another like a Russian Matryoshka doll https://ow.ly/kbNM50QVQGm Replying to @PhysicsWorld You should also find that any number of stable orbits of neutron and quark stars can fit inside a central black
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Universal Positioning System can use gravitational electromagnetic 3D volumetric recordings

https://www.cambridge.org/core/journals/international-journal-of-astrobiology/article/pulsar-positioning-system-a-quest-for-evidence-of-extraterrestrial-engineering/E4CCF6D8F46B4B64F7AB99972C30903E Found this paper looking at neutron/quark/gluon star interiors and gravitational waves. But the idea that civilizations might be detected by their use of unique signatures embedded in their communication struck me as useful. “Earth’s sun” is not a sequence of text characters but a unique all possible frequencies large data signature of the mass
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One might say “it is classical electrodynamics all the way down.”

Danielle Beckman @DaniBeckman  Radial glia (🔵) in the developing nervous system 😻: Orienting the formation of cortical neuronal layers (🟣) in the mammalian brain! #neuroscience https://pic.twitter.com/ZflCpO8MBP Replying to @DaniBeckman Danielle, Thanks!   I was working with an image almost identical to this last night. But I was seeing it in the surface of a neutron star
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Dynamic Gravitational Fields, Plasmonic control systems

Dynamic Gravitational Fields, Plasmonic control systems The method I proposed to move the StarShip using fields is efficient, because it scans and maps and models the vibrational, rotational, bending and translational motions of the rocket in 3D down to small voxels. Then it uses the chemical and structural model of the cells or voxels to
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