https://xseek-qm.net/index_e.html 2026-05-05T19:23:39+09:00 Quantum mechanics describes the behavior of microscopic particles such as electrons. Using wave functions, it predicts the probabilities of measurement outcomes and reveals some of the deepest mysteries of nature. https://xseek-qm.net/index_e.html https://xseek-qm.net/cat_logo.gif https://xseek-qm.net/Quantum_Probability_e.html 2013-03-07 An accessible overview of the Born rule and one proposed route toward deriving it. https://xseek-qm.net/Quantum_Probability_e.htm 2013-03-07 An attempt to derive the Born rule using the many-worlds interpretation and probability theory. https://xseek-qm.net/Spin_e.htm 2013-06-21 A derivation of spin-ﾂｽ properties using rotations of a three-sphere. https://xseek-qm.net/MWI_e.html 2013-06-22 An introduction to the idea of parallel worlds in quantum mechanics. https://xseek-qm.net/atom_e.html 2013-06-30 A visualization of rotating electron wave functions in a hydrogen atom. https://xseek-qm.net/wave_e.html 2013-06-30 An exploration of the physical meaning of the quantum wave function. https://xseek-qm.net/time_e.html 2013-09-28 A discussion of the arrow of time and its possible relation to the many-worlds interpretation. https://xseek-qm.net/mandel_e.html 2013-09-28 Interactive visualizations of Mandelbrot-type sets generated from different functions. https://xseek-qm.net/zeta_e.html 2013-11-04 An exploration of Bernoulli numbers, zeta functions, and regularized infinite sums. https://xseek-qm.net/MWI2_e.html 2014-01-11 Frequently asked questions about the many-worlds interpretation. https://xseek-qm.net/entrance_e.html 2014-01-26 A beginner-friendly introduction to the double-slit experiment. https://xseek-qm.net/math_e.html 2014-01-26 A personal perspective on whether the universe itself may be a mathematical fact. https://xseek-qm.net/Euler_e.htm 2014-02-08 An explanation of how the zeta function assigns 竏・/12 to the divergent series of natural numbers. https://xseek-qm.net/gravity_e.html 2014-02-11 A discussion of how gravity can be understood through the equivalence principle. https://xseek-qm.net/event_theory_e.html 2014-02-23 An introduction to a framework in which time progresses through elementary events.