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Thank you to Rocket Money for supporting PBS. Two protons next to each other in an atomic nucleus are repelling each other electromagnetically with enough force to lift a medium-sized labradoodle off the ground. Release this energy and you have, well, you have a nuclear explosion. Just as well thereamp;#39;s an even stronger force than the electromagnetism holding our nuclei together. But itamp;#39;s not the strong force, as you might have imagined. At least not directly. Nuclei are held together by a quirk of nature, without which we would have no complex atoms, no chemistry, and certainly no labradoodles. Quantum chromodynamics is a complicated sounding name, but the fundamental force of nature it describes - the strong force - is actually evenmore complicated than it. sounds. In our previous episode on this topic we saw how the strong force binds the elementary quarksinto protons and neutrons. But thats where we left it. Based on what we learned in th
