In-depth articles on nuclear physics — from fundamentals to applications.
Three letters, one number, and an equals sign. What it actually says about mass converting to energy, with real nuclear physics examples.
Read post →The full breakdown from basic formula to worked problems. Finding remaining quantity, elapsed time, and decay constants.
Read post →Comprehensive tables covering medical, geological, environmental, and ultra-short-lived isotopes with decay modes.
Read post →Alpha, beta, gamma decay explained. The exponential decay law, activity, and how decay chains work.
Read post →The science behind radiocarbon dating, calibration curves, contamination issues, and the 50,000-year limit.
Read post →The most important graph in nuclear physics. Why it explains fusion, fission, and stellar evolution.
Read post →Side-by-side comparison of fission and fusion. How each works, energy output, fuel sources, and current technology status.
Read post →The story of how alpha particles bouncing off gold foil revealed that the atom is mostly empty space.
Read post →Clear explanation of the confusing zoo of radiation units. Activity, absorbed dose, equivalent dose, and effective dose.
Read post →Chain reactions, moderators, and reactor types: PWR, BWR, CANDU, and fast breeders explained.
Read post →What went wrong at both disasters from a nuclear physics perspective. Positive void coefficients, decay heat, and radiation fallout.
Read post →Every essential formula in one place. Decay law, binding energy, Q-value, cross-section, Rutherford scattering, and more.
Read post →The most powerful force in nature, its short range, and why it determines which nuclei can exist.
Read post →Centrifuge technology, isotope separation physics, and why enriching from 0.7% to 90% is exponentially harder.
Read post →PET scans, SPECT imaging, and cancer therapy. How hospitals use radioactive isotopes for diagnosis and treatment.
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