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Introduction For over a century, we’ve put up with messy explanations of how electricity flows. You probably learned about the “electron cloud,” “free electron gas,” “holes” in semiconductors, and mysterious…
WHY THIS MATTERS IN BRIEF AI companies want to use your copyrighted data to train their models for free – then charge you to use their models. Love the…
WHY THIS MATTERS IN BRIEF While it looks like ITER might go online in the 2040’s companies are working on smaller, easier to commercialise Fusion reactors that could go online…
WHY THIS MATTERS IN BRIEF The global financial markets are showing that they are way too sensitive to news and in a world of fake news that’s a huge issue…
Despite 20th-century physics’ revelations, from relativity and quantum mechanics to the physics of the atom’s nucleus and the life cycles of stars, ninety-odd percent of the universe is a complete…
Introduction What if superconductivity wasn’t about quantum pairing, phonon exchange, or bosonic condensates? What if it was just geometry? Stein Theory—a deterministic, geometric framework that replaces quantum field theory—offers a…
—by Dr. I. Pearson Today, I finally confirmed something that’s been lurking just beneath the surface of Stein Theory for weeks. We’ve long understood that the proton’s magnetic moment emerges…
Introduction MIT researchers recently published a result describing the formation of so-called “neutronic molecules”—bound states in which neutrons attach to quantum dots (e.g. in lithium hydride nanocrystals) via the strong…
Introduction Quantum computers today are engineering marvels, but they come with extreme requirements—most notably, the need for ultra-low temperatures. Conventional explanations say this is to reduce thermal noise and protect…
Introduction Quantum computers rely on the ability to preserve quantum states long enough to perform meaningful computation. In conventional quantum mechanics, this is described in terms of coherence: a fragile…