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Physics
Nuclear and Particle Physics
Nuclear and Particle Physics
1. Foundational Concepts
2. Nuclear Structure and Properties
3. Radioactive Decay and Nuclear Reactions
4. Nuclear Fission and Fusion
5. Particle Physics Fundamentals
6. The Standard Model
7. Experimental Particle Physics
8. Beyond the Standard Model
9. Applications and Technology
Nuclear Structure and Properties
Basic Nuclear Properties
Nuclear Composition
Nucleons
Protons
Neutrons
Nucleon Properties
Nuclear Notation
Mass Number
Atomic Number
Neutron Number
Nuclear Systematics
Isotopes
Same Proton Number
Different Neutron Numbers
Isotones
Same Neutron Number
Different Proton Numbers
Isobars
Same Mass Number
Different Compositions
Nuclear Isomers
Metastable States
Isomeric Transitions
Nuclear Size and Shape
Nuclear Radius
Empirical Radius Formula
Charge Radius vs Matter Radius
Nuclear Density
Constant Density Approximation
Nuclear Matter Density
Nuclear Deformation
Prolate and Oblate Shapes
Quadrupole Deformation
Nuclear Mass and Binding
Atomic Mass Units
Mass Defect
Definition and Calculation
Experimental Determination
Binding Energy
Total Binding Energy
Binding Energy per Nucleon
Separation Energies
Nuclear Stability
Valley of Beta Stability
Drip Lines
Semi-Empirical Mass Formula
Weizsäcker Formula Components
Volume Term
Surface Term
Coulomb Term
Asymmetry Term
Pairing Term
Applications and Limitations
Mass Predictions
Fission Barriers
Nuclear Electromagnetic Properties
Nuclear Charge Distribution
Form Factors
Electron Scattering
Charge Density Distributions
Nuclear Moments
Magnetic Dipole Moments
Nuclear Magnetons
g-factors
Electric Quadrupole Moments
Deformation Parameters
Measurement Techniques
Hyperfine Structure
Atomic Hyperfine Splitting
Nuclear Magnetic Resonance
The Nuclear Force
Phenomenology of Nuclear Forces
Short Range Nature
Yukawa Potential
Range Parameters
Saturation Property
Nuclear Density Saturation
Incompressibility
Charge Independence
Isospin Symmetry
Nucleon-Nucleon Interactions
Nucleon-Nucleon Interactions
Scattering Experiments
Phase Shift Analysis
Scattering Lengths
Deuteron Properties
Binding Energy
Magnetic Moment
Quadrupole Moment
Two-Nucleon Systems
Singlet and Triplet States
Tensor Force
Meson Exchange Theory
Yukawa's Meson Theory
Pion Exchange
Range and Coupling
One-Pion Exchange
Long-Range Component
Tensor Interaction
Multi-Meson Exchange
Intermediate Range Forces
Repulsive Core
Modern Nuclear Force Models
Phenomenological Potentials
Reid Potential
Paris Potential
Chiral Effective Field Theory
Low-Energy Expansion
Systematic Improvements
Nuclear Models
Liquid Drop Model
Basic Assumptions
Incompressible Nuclear Fluid
Surface Tension Effects
Applications
Mass Formula Derivation
Fission Process
Collective Vibrations
Limitations
Shell Effects
Individual Particle Motion
Fermi Gas Model
Independent Particle Approximation
Mean Field Concept
Pauli Exclusion Effects
Fermi Energy and Momentum
Fermi Surface
Kinetic Energy Distribution
Applications
Nuclear Matter Properties
Beta Decay Rates
Nuclear Shell Model
Shell Structure Evidence
Magic Numbers
Binding Energy Systematics
Nuclear Abundance Patterns
Harmonic Oscillator Potential
Three-Dimensional Oscillator
Shell Closures
Spin-Orbit Coupling
Thomas-Reiche-Kuhn Sum Rule
j-j Coupling Scheme
Realistic Shell Gaps
Shell Model Calculations
Configuration Mixing
Effective Interactions
Spectroscopic Factors
Collective Models
Vibrational Model
Quadrupole Vibrations
Phonon Excitations
Anharmonic Effects
Rotational Model
Deformed Nuclei
Rotational Bands
Moment of Inertia
Unified Model
Bohr-Mottelson Model
Particle-Vibration Coupling
Transitional Nuclei
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1. Foundational Concepts
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3. Radioactive Decay and Nuclear Reactions