<b>Mass-Energy Gravity (MEG) and the Emergence of Electricity, Magnetism, Gravity, and Quantum Phenomena from Energy-Density Gradients (EDGs)</b>

This paper introduces a groundbreaking theoretical framework, <b>Mass-Energy Gravity (MEG)</b>, proposing that electricity, superconductivity, magnetism, gravity, and quantum phenomena are all emergent effects arising from underlying <b>Energy-Density Gradients (EDGs)</b>.<br><br>It challenges conventional physics by suggesting that electrons flow along EDGs rather than charge differences, that superconductivity arises from electrons energetically disentangling from atomic lattices, and that gravity and magnetism differ only in scale and particle responsiveness. By clearly unifying phenomena traditionally considered distinct, MEG opens avenues for technological breakthroughs, such as room-temperature superconductivity and revolutionary propulsion methods. Experimental and mathematical approaches for validating this unified framework are also discussed.<br><br><i>For inquiries, collaborations, or further discussion, please contact</i>: <b>[email protected]</b><br><br>