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Physics Formulary

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TOC

1. Mechanics
Point-kinetics in a fixed coordinate system
Relative motion
Point-dynamics in a fixed coordinate system
Point-dynamics in a moving coordinate system
Dynamics of masspoint collections
Dynamics of rigid bodies
Moment of Inertia
Principal axes
Time dependence
Variational Calculus, Hamilton and Lagrange mechanics

2. Electricity & Magnetism
The Maxwell equations
Force and potential
Gauge transformations
Energy of the electromagnetic field
Electromagnetic waves
Multipoles
Electric currents
Depolarizing field
Mixtures of materials

3. Relativity
Special Relativity
General Relativity

4. Oscillations

5. Waves

6. Optics
The bending of light
Paraxial geometrical optics
Matrix methods
Aberrations
Reflection and transmission
Polarization
Prisms and dispersion
Diffraction
Special optical effects
The Fabry-Perot interferometer

7. Statistical physics
Degrees of freedom
The energy distribution function
Pressure on a wall
The equation of state
Collisions between molecules

8. Thermodynamics
Mathematical introduction
Definitions
Thermal heat capacity
The laws of thermodynamics
State functions and Maxwell relations
Processes
Maximal work
Phase transitions
Thermodynamic potential
Ideal mixtures
Conditions for equilibrium
Statistical basis for thermodynamics
Application to other systems

9. Transport phenomena
Mathematical introduction
Conservation laws
Bernoulli’s equations
Characterising of flows by dimensionless numbers
Tube flows
Potential theory
Boundary layers
Heat conductance
Turbulence
Self organization

10. Quantum physics
Introduction to quantum physics
Wave functions
Operators in quantum physics
The uncertainty principle
The Schrodinger equation
Parity
The tunnel effect
The harmonic oscillator
Angular momentum
Spin
The Dirac formalism
Atomic physics
Interaction with electromagnetic fields
Perturbation theory
N-particle systems
Quantum statistics

11. Plasma physics
Introduction
Transport
Elastic collisions
Thermodynamic equilibrium and reversibility
Inelastic collisions
Radiation
The Boltzmann transport equation
Collision-radiative models
Waves in plasma’s

12. Solid state physics
Crystal structure
Crystal binding
Crystal vibrations
Magnetic field in the solid state
Free electron Fermi gas
Energy bands
Semiconductors
Superconductivity

13. Theory of Groups
Introduction
The fundamental orthogonality theorem
The relation with quantum mechanics
Continuous groups
The group SO(3)
Applications to quantum mechanics

14. Nuclear physics
Nuclear physics
The shape of the nucleus
Radioactive decay
Scattering and nuclear reactions
Radiation dosimetry

15. Quantum field theory & Particle physics
Creation and annihilation operators
Classical and quantum fields
The interaction picture
Real scalar field in the interaction picture
Charged spin-0 particles, conservation of charge
Field functions for spin
Quantization of spin
Quantization of the electromagnetic field
Interacting fields and the S-matrix
Divergences and renormalization
Classification of elementary particles
P and CP-violation
The standard model
Path integrals
Unification and quantum gravity

16. Astrophysics
Determination of distances
Brightness and magnitudes
Radiation and stellar atmospheres
Composition and evolution of stars
Energy production in stars

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