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Sir Isaac

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Introduction Sir Isaac Newton is remembered as one of history’s greatest scientists and mathematicians, but less known is the profound influence of his religious beliefs on his work. Newton was a deeply spiritual thinker who wrote extensively on theology – in fact, his private theological writings (largely unpublished in his lifetime) likely exceeded his scientific output in volume. He believed in a universe created and ordered by God, and this faith fundamentally shaped how he approached the study of nature. In particular, Newton’s magnum opus Philosophiæ Naturalis Principia Mathematica (“Mathematical Principles of Natural Philosophy,” 1687) contains subtle yet significant theological themes. This report explores how Newton’s views on God, creation, and scripture intertwined with his mathematics and physics. It examines Newton’s theology (such as his unorthodox Arian beliefs), his idea of mathematics as a divine language, the religious motifs in the Principia , differences between...
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Master Index of Articles

Master Index of Articles Welcome to the comprehensive archive of research and writings by Q. Michael Lewis. This index organizes a wide range of topics including the Pythagorean Curvature Correction Theorem (PCCT), Closed Loop Pulse Propulsion (CLPP), geometric number theory, and economic modeling. All links below offer direct access to the original publications. Understanding the universe, one concept at a time. The Physics of Geometry & Gravity (PCCT) Lewis Geometric Factoring: Seeing Primes in Geometry Quantum Gravity: Inspired by the Steve Mould Effect Thermodynamics from Time Curvature: A Geometric Framework The Pythagorean Curvature Correction Theorem Video The Newton you don't know. A Google Notebook on the Physics of Cancer A Grand Unified Theory: Last Chapter of the Rewrite The Double-Line Crossing Theory: PCCT Reasoning An Almost Complete Geometric Proof of Riemann Hypothesis The PCCT Revolution: ...
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AC/DC Conversion Without Diodes

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Introduction: Rethinking AC/DC Conversion Without Diodes Traditional AC/DC converters rely on diode bridges to rectify AC into DC, but diodes inevitably introduce a forward voltage drop (typically ~0.7 V for silicon or ~0.2–0.5 V for Schottky devices). This causes power loss as heat and limits efficiency. In high-current or low-voltage applications, the diode losses become significant – for example, a standard bridge rectifier can consume 2–3% of output power at low AC line voltages ( A comparative analysis of topologies for a bridgeless-boost PFC circuit ). To achieve near-lossless rectification, engineers are exploring alternatives that eliminate or drastically reduce these forward-drop losses. Modern approaches replace passive diodes with active switching devices (like MOSFETs or other semiconductors) and clever circuit topologies to allow current flow in one direction with minimal resistance. In this answer, we’ll explore several such methods – from synchronous rectifier circui...
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