Category: Physics

What are these plots? Classical quantum computing algorithms. Do I understand them? Not enough. Did I generate them, run them on my computer, and no one else has the code that I used for them? Yes. Are they easy to replicate? For someone who understands QC, they are probably trivial. Are they correct, or wrong?…

(Note: The bibliography is fake! Hmm, I need to fix this to be more consistent on references…) Parahydrogen (p-H₂) is a nuclear spin isomer of molecular hydrogen (H₂). Molecular hydrogen exists in two distinct nuclear spin states: orthohydrogen (o-H₂) and parahydrogen (p-H₂). These isomers differ in the relative orientation of the nuclear spins of the…

Chapter 1: The Standard Model and Its Limitations: A Prelude to Paraparticles 1.1: The Standard Model’s Particle Zoo: A Comprehensive Overview of Fundamental Constituents and Interactions The Standard Model (SM) of particle physics represents a significant achievement, offering a remarkably successful framework for understanding the fundamental constituents of matter and their interactions [1]. It meticulously…

Table of Contents Introduction: Beyond a Universe of Tiny Balls Introduction: Beyond a Universe of Tiny Balls For centuries, the prevailing scientific intuition has depicted the universe as a vast, empty stage upon which fundamental particles—envisioned as infinitesimal, indivisible spheres—enact the drama of existence. This “billiard ball” model, inherited from classical mechanics, offers a powerful…

Table of Contents Introduction: The Sound of an Electric Current Introduction: The Sound of an Electric Current Imagine the sound of rain on a tin roof. A light drizzle produces a series of distinct, audible “pings,” each marking the impact of a single raindrop. As the rain intensifies into a downpour, these individual sounds merge…