Interactive Explorations from Quantum Mechanics to Three-Dimensional Time
Explore the fundamental concepts of modern physics, from quantum wave functions to the three-dimensional time framework. Each visualization is interactive and designed to build intuition for complex physical phenomena.
Visualize the Schrödinger equation in action. Watch wave packets evolve, see probability densities, and understand the fundamental probabilistic nature of quantum mechanics.
Decompose signals into frequency components. Essential for understanding how temporal dimensions can have frequency structure and how waves combine.
Understand how matrices transform space and generate eigenvalues. See how the 1:4.5:21 mass ratios emerge from temporal metric eigenvalues.
Experience time dilation and length contraction. Watch clocks slow down and objects contract as they approach light speed. Foundation for understanding spacetime.
Explore worldlines, light cones, and causality. Understand how events are connected in spacetime and what it means for intervals to be timelike or spacelike.
Explore all fundamental particles organized by generation. See the three-generation structure that 3D time theory naturally explains through temporal eigenvalues.
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