Uploaded August 2025 | Updated September 2026, 3 hours ago
Dr. Nathan Inan discusses gravito-electromagnetic effects in superconductors and proposes a new experiment to confirm this prediction.
In a previous talk, it was shown that a superconductor can expel gravito-electromagnetic fields just as it expels electromagnetic fields in the Meissner effect.
In this talk, the formulation is extended to the concept of a gravitational flux quantum (fluxoid) in the body of a superconductor. An experiment involving a low earth orbit (LEO) satellite is proposed for measuring this novel gravitational effect.
The quantized supercurrent in a superconducting ring is also derived. An experiment involving a rotating massive cylinder is proposed for predicting a “motional gravitational emf” and a “transformer gravitational emf.” Lastly, the formulation is used to predict a gravitational Hall effect and a gravitational “jumping ring” effect.
altpropulsion.com/apec-10-26-2024
Dr. Nathan Inan discusses gravito-electromagnetic effects in superconductors and proposes a new experiment to confirm this prediction.
In a previous talk, it was shown that a superconductor can expel gravito-electromagnetic fields just as it expels electromagnetic fields in the Meissner effect.
In this talk, the formulation is extended to the concept of a gravitational flux quantum (fluxoid) in the body of a superconductor. An experiment involving a low earth orbit (LEO) satellite is proposed for measuring this novel gravitational effect.
The quantized supercurrent in a superconducting ring is also derived. An experiment involving a rotating massive cylinder is proposed for predicting a “motional gravitational emf” and a “transformer gravitational emf.” Lastly, the formulation is used to predict a gravitational Hall effect and a gravitational “jumping ring” effect.
altpropulsion.com/apec-10-26-2024
