Pengguna:Gombang/Artikel vital Fisika

Basics, 21

1. Physics
2. Atom
3. Energy
   1. Conservation of energy
4. Field (physics)
   1. Flux
5. Force
   1. Gravitation
   2. Strong interaction
   3. Weak interaction
6. Gauge theory
7. Mass–energy equivalence
8. Matter
9. Quantum gravity
10. Radiation
    1. Ionizing radiation
11. Space
12. Spacetime
13. Symmetry (physics)
14. Time
15. Vacuum

Atomic, molecular and optical physics, 20

Atomic physics, 12

1. Atomic physics
2. Atomic nucleus
3. Atomic orbital
4. Atomic theory
5. Binding energy
6. Bohr model
7. Bremsstrahlung
8. Electron configuration
9. Electron shell
10. Energy level
11. Geiger–Marsden experiment
12. Ion

Molecular physics, 2

1. Molecular orbital
2. Molecular orbital theory

Optics, 6

1. Optics
2. Polarization
3. Reflection
4. Refraction
   1. Refractive index
5. Transparency and translucency

Condensed matter physics, 23

1. Condensed matter physics
2. Amorphous solid
3. Solid-state physics

Crystallography, 3

1. Crystallography
2. Crystal
3. Crystallization

Phase transitions, 11

1. Phase transition
2. Phase
3. Boiling
4. Critical point
5. Condensation
6. Evaporation
7. Freezing
8. Ionization
9. Melting
10. Sublimation
11. Triple point

States of matter, 6

1. State of matter
2. Bose–Einstein condensate
3. Gas
4. Liquid
5. Plasma
6. Solid

Electromagnetism, 41

1. Electromagnetism
2. Dielectric
3. Dipole
4. Electricity
5. Magnetism
6. Metamaterial
7. Oil drop experiment
8. Photoelectric effect
9. Superconductivity

Electrostatics, 5

1. Electrostatics
2. Coulomb's law
3. Electric charge
4. Electric field
5. Electric potential

Electrodynamics, 15

1. Eddy current
2. Electromagnetic field
3. Electromagnetic induction
4. Electromagnetic radiation
   1. Electromagnetic spectrum
   2. Radio wave
   3. Microwave
   4. Infrared
   5. Visible spectrum
   6. Ultraviolet
   7. X-ray
   8. Fluorescence
5. Electromotive force
6. Lorentz force
7. Maxwell's equations

Magnetism, 3

1. Magnetostatics
2. Electric current
3. Magnetic field

Electrical circuits, 9

1. Electrical network
2. Capacitance
3. Electrical impedance
4. Electrical reactance
5. Electrical resistance and conductance
   1. Ohm's law
6. Gain
7. Inductance
8. Kirchhoff's circuit laws

Mechanics, 74

1. Mechanics
   1. Aerodynamics
   2. Continuum mechanics
   3. Dynamics
   4. Kinematics
   5. Relativistic mechanics
   6. Soil mechanics
   7. Statics
2. Oscillation
   1. Harmonic oscillator
      1. Simple harmonic motion

Classical mechanics, 28

1. Classical mechanics
   1. Hamiltonian mechanics
   2. Lagrangian mechanics
2. Frame of reference
3. Friction
4. Impulse
5. Inertia
6. Kinetic energy
7. Mass
   1. Density
8. Moment of inertia
9. Momentum
10. Motion
    1. Acceleration
    2. Equations of motion
    3. Newton's laws of motion
    4. Speed
    5. Velocity
11. Potential energy
12. Power
13. Rotation
    1. Angular momentum
    2. Centripetal force
    3. Coriolis effect
14. Newton's law of universal gravitation
15. Torque
16. Weight
17. Work

Solid mechanics, 10

1. Solid mechanics
2. Deformation
3. Elastic modulus
4. Elasticity
5. Fatigue
6. Hooke's law
7. Plasticity
8. Stiffness
9. Strength of materials
10. Stress (mechanics)

Fluid mechanics, 13

1. Fluid mechanics
2. Bernoulli's principle
3. Buoyancy
4. Convection
5. Drag
6. Diffusion
7. Fluid dynamics
8. Navier–Stokes equations
9. Osmosis
10. Reynolds number
11. Surface tension
12. Turbulence
13. Viscosity

Quantum mechanics, 11

1. Quantum mechanics
2. Pauli exclusion principle
3. Quantum chromodynamics
4. Quantum electrodynamics
5. Quantum entanglement
6. Quantum field theory
7. Quantum tunnelling
8. Schrödinger equation
9. Uncertainty principle
10. Wave function
11. Wave–particle duality

Statistical mechanics, 1

1. Statistical mechanics

Nuclear physics, 10

1. Nuclear physics
2. Isotope
3. Nuclear fission
4. Nuclear fusion
   1. Tokamak
   2. Fusion power
5. Radioactive decay
   1. Alpha particle
   2. Beta particle
   3. Gamma ray

Particle physics, 35

1. Particle physics
2. Cloud chamber
3. Particle
4. Particle accelerator
   1. Large Hadron Collider
   2. Tevatron
5. Particle detector
6. Physics beyond the Standard Model
7. Scattering
8. Spin
9. Standard Model
10. String theory
11. Supersymmetry

Subatomic particles, 19

1. Subatomic particle

Fermions, 12

1. Fermion
2. Lepton
   1. Electron
   2. Muon
   3. Tau
   4. Neutrino
3. Quark
4. Hadron
   1. Baryon
      1. Neutron
      2. Proton
   2. Meson

Bosons, 6

1. Boson
2. Gauge boson
   1. Gluon
   2. Photon
   3. W and Z bosons
3. Higgs boson

Antimatter, 3

1. Antimatter
2. Antiparticle
3. Positron

Theory of relativity, 7

1. Theory of relativity
2. Equivalence principle
3. General relativity
4. Lorentz transformation
5. Michelson–Morley experiment
6. Principle of relativity
7. Special relativity

Thermodynamics, 14

1. Thermodynamics
2. Black-body radiation
3. Enthalpy
4. Entropy
5. Heat
6. Heat capacity
7. Heat transfer
8. Ideal gas law
9. Internal energy
10. Laws of thermodynamics
11. Pressure
12. Temperature
13. Thermodynamic cycle
14. Thermodynamic free energy

Waves, 17

1. Wave
2. Acoustics
   1. Sound
      1. Speed of sound
   2. Ultrasound
3. Amplitude
4. Diffraction
5. Doppler effect
6. Frequency
7. Interference
8. Light
   1. Speed of light
9. Noise
10. Resonance
11. Superposition principle
12. Wave equation
13. Wavelength