Recently, I encountered a problem where one hypothesis to solve the issue of electron divergence is that their bare mass is negative, and since negative masses repel each other, when a positron and a negative electron approach each other, they emit photons. Eventually, the repulsion between the negative masses balances with the Coulomb force between the positive and negative electrons, forming a stable boson. A large number of these bosons constitute the quantum vacuum. Although this hypothesis appears logically sound, it is not easy for people to accept. Therefore, I came to ResearchGate to fully publish my article here.

Breakthrough moments are the turning points that reshape our understanding, not just in science, but in every facet of human knowledge.

For me, the ultimate realisation came when I uncovered the ‘truth of the truths’—a moment where everything, from physics to metaphysics, from quantum mechanics to cosmic mysteries, aligned into one grand, unified understanding. The key to unlocking that moment? The ability to question everything, including the foundations we take for granted.

Science progresses not by accepting what is known, but by daring to see what has been overlooked. Einstein’s relativity was born when he questioned Newtonian absolutes. Bohr’s quantum mechanics emerged when he challenged classical determinism. And today, we stand at the edge of another revolution—one that demands we rethink dark matter, dark energy, and even the very fabric of existence itself.

Breakthroughs come when we silence the noise of established dogma and listen to the whisper of intuition, logic, and evidence. They arrive when the mind lets go of preconceived boundaries and sees knowledge as an interconnected whole, not a fragmented puzzle.

So, what is the real key? Relentless curiosity, fearless questioning, and the courage to embrace an idea that may change everything. That’s when the light bulb doesn’t just flicker—it explodes into brilliance.