How to Turn Mass to Energy | General Physics II | Ep.19 скачать в хорошем качестве

How to Turn Mass to Energy | General Physics II | Ep.19

In this video, we explore the physics of the atomic nucleus, including nuclear structure, radioactivity, nuclear reactions, and the energy released in fission and fusion. We connect fundamental nuclear forces to practical applications in energy, medicine, and technology. In this video, you'll learn: Nuclear structure, isotopes, and nuclear symbols Nuclear forces and nuclear size Nuclear spin, magnetic moment, and hyperfine structure Nuclear models: liquid-drop, shell, and collective models Radioactive decay, decay rate, and half-life Alpha, beta, and gamma decay Decay chains and artificial radioactivity Biological effects of radiation and radiation units Binding energy, mass defect, and nucleosynthesis Binding energy curve and nuclear stability Nuclear fission and chain reactions Nuclear reactors and nuclear power Nuclear fusion and the Lawson criterion Inertial and magnetic confinement fusion Here is the notes for this chapter https://drive.google.com/file/d/1XFlO... Whether you're a high school student, a physics major, or just curious, this series is your launchpad to think like a physicist. Drop your thoughts or questions in the comments — and stay tuned for deep dives into each chapter, with real data, visual simulations, and critical thinking. Subscribe to keep learning physics the right way: with meaning, curiosity, and a little creativity. #Physics #QuantumPhysics #Atom #Nucleus #Isotope #NuclearPhysics #NuclearForce #NuclearReactor #Radioactivity #Fission #Fusion #Uranium #Hydrogen #BindingEnergy #AlphaDecay #BetaDecay #GammaRay #Neutrino #Antineutrino #Electron #Positron #PhysicsCourse #IntroToPhysics #STEM #PhysicsEducation #GeneralPhysics