Mass Shift, Coupled to Electromagnetic Field Mass, and Temporal Superposition

Anthony Maccini

Abstract

In this paper I consider two ideas of time travel, which is highly speculative, that gravity might diverge backward in time (and therefore having a speed in excess of light), and having negative potential energy, while all ordinary bodies have positive mass. As we move forward in time, we experience gravity as a converging force. If the mass of a body were engineered to diverge backwards in time with gravity, one would have a form of time travel.  One considers the electromagnetic field mass as having a gravitational field, whereby if one could mass shift mass of and capacitor, one would experience a gravitational field that might diverge backwards in time. The 2nd idea of time travel regards quantum superposition of particles, being everywhere in space. I consider temporal superposition of particles anywhere in time, that if quantum superposition can be done with larger objects in the future, such objects could be teleported anywhere in time, e.g. the past.

Keywords

electromagnetic field mass; superposition; mass shift; diverging backwards in time

Cite This Article

Maccini, A. (2024). Mass Shift, Coupled to Electromagnetic Field Mass, and Temporal Superposition. International Journal of Scientific Advances (IJSCIA), Volume 5| Issue 5: Sep-Oct 2024, Pages 920-927, URL: https://www.ijscia.com/wp-content/uploads/2024/09/Volume5-Issue5-Sep-Oct-No.666-920-927.pdf

Volume 5 | Issue 5: Sep-Oct 2024