@gravipedia.bsky.social
Pinned
zenodo.org
New preprint out: "A Phenomenological Kinetic Model of Gravity: Pressure from Ultrahigh-Frequency Gravitational Waves with Matter Conversion and Shadow Interpretation"
PDF: zenodo.org/records/1833...
Feedback welcome! #physics #gravity #preprint #alternativephysics
PDF: zenodo.org/records/1833...
Feedback welcome! #physics #gravity #preprint #alternativephysics
New preprint out: "A Phenomenological Kinetic Model of Gravity: Pressure from Ultrahigh-Frequency Gravitational Waves with Matter Conversion and Shadow Interpretation"
PDF: zenodo.org/records/1833...
Feedback welcome! #physics #gravity #preprint #alternativephysics
PDF: zenodo.org/records/1833...
Feedback welcome! #physics #gravity #preprint #alternativephysics
zenodo.org
January 22, 2026 at 12:56 PM
New preprint out: "A Phenomenological Kinetic Model of Gravity: Pressure from Ultrahigh-Frequency Gravitational Waves with Matter Conversion and Shadow Interpretation"
PDF: zenodo.org/records/1833...
Feedback welcome! #physics #gravity #preprint #alternativephysics
PDF: zenodo.org/records/1833...
Feedback welcome! #physics #gravity #preprint #alternativephysics
A gravitational jerk
June 26, 2025 at 1:36 PM
A gravitational jerk
🤔Reimagine General Relativity: the interplay of energy-momentum fields and the oscillating square of the spin field.
📷Gravity emerges from Maxwell-like equations for spacetime—linking velocity (electric) and spin (magnetic).
📷Gravity emerges from Maxwell-like equations for spacetime—linking velocity (electric) and spin (magnetic).
March 15, 2025 at 7:34 AM
🤔Reimagine General Relativity: the interplay of energy-momentum fields and the oscillating square of the spin field.
📷Gravity emerges from Maxwell-like equations for spacetime—linking velocity (electric) and spin (magnetic).
📷Gravity emerges from Maxwell-like equations for spacetime—linking velocity (electric) and spin (magnetic).
N-Body simulation of stars for a galaxy
December 26, 2024 at 9:43 PM
N-Body simulation of stars for a galaxy
What if we understood F = GmM/R^2 wrong?
What if M is not a gravitational charge but proportional to it?
What if G hides within itself the proportionality coefficient?
What if the resulting gravitational charge is about rate of change of Mass over Time?
What if M is not a gravitational charge but proportional to it?
What if G hides within itself the proportionality coefficient?
What if the resulting gravitational charge is about rate of change of Mass over Time?
December 25, 2024 at 1:41 PM
What if we understood F = GmM/R^2 wrong?
What if M is not a gravitational charge but proportional to it?
What if G hides within itself the proportionality coefficient?
What if the resulting gravitational charge is about rate of change of Mass over Time?
What if M is not a gravitational charge but proportional to it?
What if G hides within itself the proportionality coefficient?
What if the resulting gravitational charge is about rate of change of Mass over Time?