Learn · Nuclear Physics and Particle Physics through Experiments
Lecture 2 of 60Week 1
Lecture 2: X-rays, Radioactivity, Nucleus
Prof. Vivek Datar · Homi Bhabha National Institute (HBNI)
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- Nuclear Physics and Particle Physics through Experiments, Homi Bhabha National Institute (HBNI) (at NPTEL)
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- CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
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- NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge. Coordinated by IIT Bombay.
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All the lectures
- Lecture 1: Nuclear Physics and Particle Physics through experiments
- Lecture 2: X-rays, Radioactivity, Nucleus
- Lecture 3: Experimental Tools_Cosmic radiation-Accelerators-Nuclear reactors
- Lecture 4: Particle Detectors
- Lecture 5: Applications of Nuclear and Particle Physics - Part 1
- Lecture 6: Constituents of Matter
- Lecture 7: Dimensions and Fermi Estimates
- Lecture 8: Constituents of matter (contd) - Evidence for muon
- Lecture 9: Constituents of matter contd: quarks
- Lecture 10: Constituents of matter 4: tau leptons, W, Z, H
- Lecture 11: DC accelerators
- Lecture 12: RF accelerators
- Lecture 13: Interaction of charged particles with matter
- Lecture 14: Detecting neutral particles: photons, neutrons, neutrinos
- Lecture 15: Detectors, electronics
- Lecture 16: Symmetries & Conservation laws_1
- Lecture 17: Symmetries and conservation laws_2
- Lecture 18: Basic properties of the nucleus_1
- Lecture 19: Basic properties of the nucleus_2
- Lecture 20: Electric charge, magnetisation distribution in nuclei
- Lecture 21: Two nucleon problem-Interaction and scattering states
- Lecture 22: Two nucleon problem-Bound state
- Lecture 23: Mean field models: Fermi gas and spherical shell models
- Lecture 24: Mean field models – Deformed shell model
- Lecture 25: The lightest deformed nucleus 8Be
- Lecture 26: Electromagnetic interactions in nuclei
- Lecture 27: Alpha decay & other rare strong decays
- Lecture 28: Weak interactions in nuclei and particles
- Lecture 29: Overview of neutrino physics-mass measurements
- Lecture 30: EM probes of collective excitations in nuclei
- Lecture 31: Nuclear reactions – an overview
- Lecture 32: Measuring the Nuclear level density and melting of shell effects
- Lecture 33: Giant E0 and E1 resonance in nuclei
- Lecture 34: Resonances in Nuclear and Particle Physics – Part 1
- Lecture 35: Resonances in Nuclear and Particle Physics – Part 2
- Lecture 36: Lamb shift in H-atom and other exotic atoms
- Lecture 37: Magnetic moments of particles – fundamental and composite
- Lecture 38: CP violation in the K0-K0 and B0-B0 systems
- Lecture 39: Does the proton decay?
- Lecture 40: Neutrino oscillations
- Lecture 41: Measuring neutrino mixing matrix parameters
- Lecture 42: Accelerator based neutrino experiments
- Lecture 43: Double Beta Decay (DBD) and Neutrinoless DBD (NDBD) – Part 1
- Lecture 44: Double Beta Decay (DBD) and Neutrinoless DBD (NDBD) – Part 2
- Lecture 45: Unexplored paths involving neutrino detector ideas
- Lecture 46: Open problems in neutrino physics, and neutrinos as possible tools
- Lecture 47: A non-specialist’s introduction to Astrophysics
- Lecture 48: An introduction to Nuclear Astrophysics – Part 2
- Lecture 49: Experimental evidence for fusion reactions powering the Sun
- Lecture 50: Cooking heavy elements in the cosmos
- Lecture 51: An introduction to Nuclear Astrophysics - Part5
- Lecture 52: Astrophysical S-factors for radiative capture reactions from transfer measurements-Part 1
- Lecture 53: Astrophysical S-factors for radiative capture reactions from transfer measurements-Part 2
- Lecture 54: Applications of Nuclear and Particle Physics - Part 2
- Lecture 55: Nuclear reactions – Part 2
- Lecture 56: Nuclear Reactions – Part 3
- Lecture 57: Nuclear Reactions – Part 4
- Lecture 58: Exotic nuclei – nuclei far from line of stability
- Lecture 59: Relativistic Heavy Ion Collisions and Quark Gluon Plasma
- Lecture 60: Open problems in Nuclear Physics and Particle Physics (subjective)