How Atoms are Described | General Physics II | Ep.17 скачать в хорошем качестве

How Atoms are Described | General Physics II | Ep.17

In this video, we develop the quantum-mechanical description of atoms, starting from the hydrogen atom and extending to multielectron atoms and the periodic table. We connect wavefunctions, quantum numbers, angular momentum, and spectroscopy to real atomic structure. In this video, you'll learn: Schrödinger equation for the hydrogen atom Hydrogen energy levels and bound states Ground and excited states Radial probability distributions Principal, orbital, and magnetic quantum numbers Orbital angular momentum quantization Space quantization Electron spin and spin angular momentum Magnetic moment and the Bohr magneton Stern–Gerlach experiment Total angular momentum and spin–orbit coupling Fine structure, Zeeman effect, and hyperfine splitting Pauli exclusion principle Multielectron atoms and atomic structure Electron configurations and the periodic table Atomic transitions and selection rules Optical spectra Spontaneous and stimulated emission Here is the notes for this chapter https://drive.google.com/file/d/1qFVi... 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 #SchrodingerEquation #Wavefunction #QuantumMechanics #Electron #Spin #Atom #QuantumNumber #Chemistry #PeriodicTable #Orbitals #Boson #PhysicsCourse #IntroToPhysics #STEM #PhysicsEducation #GeneralPhysics