We analyze a hypothetical Taiwan invasion scenario where China bypasses a bloody amphibious landing in favor of a "Siege by Algorithm." By leveraging industrial asymmetry to exhaust Taiwan's missile defenses, the war becomes a math problem that Taipei cannot solve
We analyze the structural mechanics of imperial decline, from Rome to London, and apply these historical algorithms to predict the likely scenario for the end of American empire.
We explore the deepest fracture in modern physics: the Measurement Problem. By analyzing the Schrödinger equation and the mechanics of wave function collapse, we confront the unsettling possibility that reality itself is observer-dependent.
Uncover the machine learning architectures that map your digital psyche. We debunk the microphone myth, explore the "Active Listening" controversy, and reveal how metadata predicts your behavior better than you can.
Explore the bold idea that our universe might be a simulation—where physics, consciousness, and technology converge in profound ways.
Explore the life, science, and legacy of Richard Feynman—the Nobel-winning physicist whose curiosity and clarity reshaped how we understand the universe.
Discover the physics of everyday things—how microwaves, fridges, and smartphones work using invisible forces, clever engineering, and the science that powers modern life.
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From CERN’s particle collisions to modern edge data centers, my journey through fibers and servers that transforms raw information into understanding and discovery.
From Zero to Hero with this 6 months Calisthenics planning that will teach you the basic of this discipline.
Silicon sensors have revolutionized particle physics over the past four decades, providing unmatched spatial precision and rate capabilities. As we…