Physics

Overview

The scientific study of the fundamental structure of matter, energy, and their interactions.

Projects

Elementary

  1. AC circuits.
  2. Accelerated reference frames.
  3. Acceleration.
  4. Adiabatic processes.
  5. Air resistance.
  6. Angular momentum.
  7. Angular motion.
  8. Archimedes' principle.
  9. Atmospheric electricity.
  10. Atomic nucleus.
  11. Atomic physics.
  12. Atomic spectra.
  13. Atomic structure.
  14. Atoms.
  15. Beat.
  16. Bernoulli's equation.
  17. Bouyancy.
  18. Brownian motion.
  19. Calorimetry.
  20. Capacitance.
  21. Carnot cycle.
  22. Cavity resonators.
  23. Center of mass.
  24. Chemical electromotive force.
  25. Chemical kinetics.
  26. Clausius-Clapeyron equation.
  27. Collisions.
  28. Condensed matter.
  29. Conservative fields.
  30. Conservation of energy.
  31. Conservation of momentum.
  32. Conservation principles.
  33. Coulomb's law.
  34. Curved space.
  35. Damped harmonic motion.
  36. DC circuits.
  37. Dielectrics.
  38. Diffraction.
  39. Diffusion.
  40. Dispersion of light.
  41. Displacement.
  42. Distribution of molecular velocities.
  43. Driven harmonic motion.
  44. Drude model of metals.
  45. Dynamics.
  46. Einstein's laws of radiation.
  47. Elastic materials.
  48. Elasticity.
  49. Electric charges.
  50. Electric current.
  51. Electric fields.
  52. Electric potential.
  53. Electrical generators.
  54. Electrical power.
  55. Electrodynamics in relativistic notation.
  56. Electrolysis.
  57. Electromagnetic mass.
  58. Electromagnetic radiation.
  59. Electromagnetic waves.
  60. Electronics.
  61. Electrons.
  62. Electrons in atoms.
  63. Electrons in solids.
  64. Entropy.
  65. Equations of state.
  66. Equilibrium of a rigid body under coplanar forces
  67. Equilibrium under the action of concurrent forces.
  68. Equipartition of energy.
  69. Equipotential surfaces.
  70. Evaporation.
  71. Faraday's law.
  72. Ferromagnetism.
  73. Field energy.
  74. Field momentum.
  75. First law of thermodynamics.
  76. Forces.
  77. Free fall.
  78. Friction.
  79. Gas laws.
  80. Gases.
  81. Geometry of crystals.
  82. Gravitation.
  83. Gyrodynamics.
  84. Harmonics.
  85. Heat capacity.
  86. Heat engines.
  87. Heat transfer.
  88. Heisenberg uncertainty principle.
  89. Helmholtz and Gibbs functions.
  90. Hydrodynamics.
  91. Hydrogen atom.
  92. Hydrostatics.
  93. Ideal gases.
  94. Illumination.
  95. Impulse.
  96. Index of refraction.
  97. Induced electromagnetism.
  98. Inductance.
  99. Inertia.
  100. Insulators.
  101. Interference.
  102. Intermolecular forces.
  103. Internal energy.
  104. Invariance of physical laws.
  105. Inverse-square law fields.
  106. Kepler's laws.
  107. Kepler's problems.
  108. Kinematics.
  109. Kinetic energy.
  110. Kinetic theory.
  111. Kirchhoff's laws.
  112. Latent heat.
  113. Lenses.
  114. Light.
  115. Light scattering.
  116. Lorentz transformations of the field.
  117. Low temperature physics.
  118. Magnetic fields.
  119. Magnetic fields in material media.
  120. Magnetic flux.
  121. Magnetic forces on currents.
  122. Magnetic materials.
  123. Magnetic poles.
  124. Magnetic properties of matter.
  125. Magnetic resonance.
  126. Many-body interactions.
  127. Maxwell distribution.
  128. Maxwell's equations.
  129. Modes.
  130. Molecules.
  131. Moment of inertia.
  132. Momentum.
  133. Motion in polar coordinates.
  134. Motion of charges in fields.
  135. Motion under constant acceleration.
  136. Motion under the influence of forces.
  137. Motors.
  138. Newton's laws.
  139. Nuclear physics.
  140. Nuclei.
  141. Ohm's law.
  142. Optical instruments.
  143. Paramagnetism.
  144. Particle physics.
  145. Periodic table.
  146. Phase changes.
  147. Photometry.
  148. Photons.
  149. Planar motion.
  150. Polarization.
  151. Polyatomic molecules.
  152. Position vector.
  153. Potential energy.
  154. Power.
  155. Pressure.
  156. Principle of least action.
  157. Principle of least time.
  158. Projectile motion.
  159. Propagation of light.
  160. Quantum physics.
  161. Quantum statistics.
  162. Radiation damping.
  163. Radiant energy.
  164. Radioactivity.
  165. RC time constants.
  166. Reflection.
  167. Reflection from surfaces.
  168. Refraction.
  169. Relative motion.
  170. Relativistic effects in radiation.
  171. Relativistic energy and momentum.
  172. Relativistic kinematics.
  173. Resistance.
  174. Resonance.
  175. Rigid body dynamics.
  176. Rigid body rotation.
  177. Rigid body statics.
  178. RL time constants.
  179. Second law of thermodynamics.
  180. Simple harmonic motion.
  181. Simple machines.
  182. Solutions of Maxwell's equations in free space.
  183. Solutions of Maxwell's equations with currents and charges.
  184. Sound.
  185. Sound production.
  186. Sound reception.
  187. Sources of the magnetic field.
  188. Spacetime.
  189. Spatial motion.
  190. Specific heat.
  191. Standing waves.
  192. Statics.
  193. Statistical mechanics.
  194. Steady-state solutions for simple AC circuits.
  195. Superconductivity.
  196. Symmetry.
  197. Systems of interacting particles.
  198. Temperature.
  199. Thermal electromotive force.
  200. Thermal equilibrium.
  201. Thermal expansion.
  202. Thermal ionization.
  203. Thermodynamic processes.
  204. Thin lenses.
  205. Time.
  206. Time-response of electric circuits.
  207. Torque.
  208. Transients.
  209. Uniformly accelerated motion.
  210. Uniform circular motion.
  211. Uniform fields.
  212. Vapors.
  213. Vector potential.
  214. Velocity.
  215. Viscosity.
  216. Wave equation.
  217. Wave mechanics.
  218. Wave motion.
  219. Wave-particle duality.
  220. Waveguides.
  221. Waves in one dimension.
  222. Weight.
  223. Work.
  224. Work-energy theorem.
  225. X-rays.
  226. Zeroth law of thermodynamics.

Intermediate

  1. Abberations
  2. Acoustics
  3. Alpha Decay
  4. Amplifiers
  5. Approximation Methods in Quantum Mechanics
  6. Atmospheric Physics
  7. Atomic Models
  8. Band Theory
  9. Bernoulli's Equation
  10. Bipolar Transistor Circuits
  11. Charged Particles in Electric and Magnetic Fields
  12. Decay Processes
  13. Deformations
  14. Digital Counters
  15. Digital Displays
  16. Digital Latches
  17. Elastic Stability
  18. Electrical Properties of Solids
  19. Electromagnetic Waves
  20. Energy Bands
  21. Field Effect Transistor Circuits
  22. Gates
  23. Gravitational Fields
  24. Heat Flux
  25. Hydrogen Atom
  26. Identical Particles
  27. Interacting Fields
  28. Internal Energy
  29. Irrotational Motions
  30. Lagrangian Mechanics
  31. Laplace's Equation
  32. Lasers
  33. Magnetic Materials
  34. Magnetic Properties of Solids
  35. Magnetic Resonances
  36. Many-Body Problems in Quantum Mechanics
  37. Matrix Methods in Optics
  38. Maxwell's Equations
  39. Mechanical Properties of Solids
  40. Molecular Structure
  41. N-Body Problems
  42. Noninertial Frames
  43. Nuclear Physics
  44. Op Amps
  45. Particle Kinematics
  46. Particle Motions in Force Fields
  47. Particle Physics
  48. Poisson's Equation
  49. Postulates of Quantum Mechanics
  50. Quantum Mechanics in One Dimension
  51. Quantum Mechanics in Three Dimensions
  52. Reference Frames
  53. Rigid Body Equations of Motion
  54. Rigid Body Kinematics
  55. Rigid Motions
  56. Schrödinger Equation
  57. Semiconductor Diode Circuits
  58. Semiconductors
  59. Solid State Physics
  60. Special Relativity
  61. Spin
  62. Stresses
  63. Stretches
  64. Thermodynamics of Bodies
  65. Trajectories with Nonlinear Forces
  66. Two-Body Dynamics
  67. Variational Principles of Mechanics
  68. Vector Potential
  69. Vibrations
  70. Wave Mechanics
  71. Wave Propagation
  72. Work Function

Advanced

  1. Acoustical Holography
  2. Amorphous Solids
  3. Anisotropies
  4. Annihilation
  5. Antiferromagnetism
  6. Atomic Structure
  7. Band Structure
  8. Beta Decay
  9. Biomechanics
  10. Biophysics
  11. Black Holes
  12. Bose-Einstein Statistics
  13. Buoyancy-Driven Flows
  14. Canonical Transformations
  15. Coercivity
  16. Coherence
  17. Cohesion
  18. Compressible Flow
  19. Condensed Matter Physics
  20. Constitutive Relations
  21. Cosmology
  22. Covariant Formulation of Electromagnetism
  23. Crystal Diffraction
  24. Crystal Structure
  25. Density Functional Methods
  26. Diffraction
  27. Dirac Equation
  28. Dislocations
  29. Disordered Materials
  30. Domain Walls
  31. Elasticity
  32. Electromagnetic Fields of Moving Charges
  33. Electromagnetic Radiation
  34. Electromagnetic Wave Propagation
  35. Electron Spin Resonance
  36. Electronic Properties of Solids
  37. Electroweak Theory
  38. Ensembles
  39. Entropy
  40. Equilibrium Equations
  41. Fermi-Dirac Statistics
  42. Fermi Surfaces
  43. Ferrimagnetism
  44. Ferromagnetism
  45. Flip-Flops
  46. Flourescence
  47. Flow Past Bodies
  48. Fluctuation
  49. Fluid Equations of Motion
  50. Fluid Stability
  51. Foldy-Wouthuysen Transformation
  52. Four-Wave Mixing
  53. Fouier Transform Spectroscopy
  54. Free-Electron Model
  55. Free Fields
  56. Fundamental Interactions
  57. Gamma Ray Transitions
  58. Gauge Invariance
  59. Gauge Theory
  60. General Relativity
  61. Hadron Collisions
  62. Hadrons
  63. Hamiltonian Mechanics
  64. Heat
  65. Helium Atom
  66. Hidden Symmetries
  67. Holography
  68. Hydrogen Molecular Ion
  69. Hydrogen Molecule
  70. Injection Lasers
  71. Instantons
  72. Insulators
  73. IR Detectors
  74. Irreversible Processes
  75. Isotopic Spin
  76. Laser Spectroscopy
  77. Lattice Vibrations
  78. Leptons
  79. Linear Systems Theory
  80. Liquids
  81. Lorentz Covariance
  82. Magnetic Properties of Solids
  83. Magnetostriction
  84. Metals
  85. Microbial Mechanics
  86. Molecular Physics
  87. Motion at High Reynolds Numbers
  88. Multiresonance Spectroscopy
  89. Muon Detection
  90. Non-Abelian Gauge Theories
  91. Nonlinear Optics
  92. Nuclear Decay
  93. Nuclear Magnetic Resonance
  94. Nuclear Models
  95. Nuclear Properties
  96. Nuclear Reactions
  97. Nuclear Structure
  98. Nuclidic Masses
  99. Optical Filtering
  100. Optical Properties of Solids
  101. Paramagnetism
  102. Particle Physics
  103. Partition Function
  104. Periodic Potentials
  105. Perturbation Methods
  106. Phase Equilibrium
  107. Phase Space for Nonlinear Systems
  108. Phase Transitions
  109. Phonons
  110. Phosphorescence
  111. Photoconductivity
  112. Point Defects
  113. Potential Flow
  114. Propagator Theory
  115. Quantum Chaos
  116. Quantum Electrodynamics
  117. Quantum Information
  118. Quantum Jumps
  119. Quantum Magnets
  120. Quantum Optics
  121. Quantum Statistics of Ideal Gases
  122. Quantum Statistics of Solids
  123. Quantum Transport
  124. Quark Model
  125. Quarks
  126. Raman Spectroscopy
  127. Reflection
  128. Refraction
  129. Reversal Mechanisms
  130. Rotating Flows
  131. S-Matrix
  132. Scattering Theory
  133. Shock Waves
  134. Solitons
  135. Sonoluminescence
  136. Spontaneous Symmtery Breaking
  137. Spin Tensor Fields
  138. Stable Nuclei
  139. Statistical Mechanics
  140. Strain Velocity Fields
  141. Stressed Elastic Solids
  142. Strong Interaction
  143. Superconductivity
  144. Superconductors
  145. Superparamagnetism
  146. Surface Gravity Waves
  147. Surface Science
  148. Symmetry Principles
  149. Temperature
  150. The Isotropic Navier-Stokes Fluid
  151. The Isotropic Thermoelastic Solid
  152. The Standard Model
  153. Thermal Properties of Solids
  154. Thermoelectric Cooling
  155. Transfer Functions
  156. Transport Properties of Solids
  157. Transport Theory
  158. Tunneling
  159. Turbulence
  160. Ultrasonics
  161. Viscous Boundary Layers
  162. Vortex Dynamics
  163. Vorticity and Circulation
  164. Yang-Mills Theory
  165. Yukawa Forces

Frontier

  1. Black Hole Dynamics
  2. Black Hole Simulations
  3. Black Hole Thermodynamics
  4. Bose-Einstein Condensation
  5. Cold Atoms
  6. Conformal Field Theory
  7. Constructive Quantum Field Theory
  8. Correlated Electronic Systems
  9. Cosmic Microwave Background
  10. Cosmological Tests
  11. Dark Energy
  12. Dark Matter
  13. Disordered Systems
  14. Dissipative Quantum Mechanics
  15. Effective Field Theories
  16. F Theory
  17. Feynman Diagrams
  18. Feynman Rules
  19. Flavor Puzzle
  20. Gauge Hierarchy Problem
  21. Heavy Flavors
  22. Higgs Boson
  23. High Temperature Superconductors
  24. Holographic Renormalization
  25. Inflationary Cosmology
  26. Interactions of Light with Trapped Ions
  27. Large Scale Structure Formation
  28. M Theory
  29. Mesoscopic Systems
  30. Neutrino Oscillations
  31. Noncommutative Dynamics
  32. Photon Splitting
  33. Physics of Extra Dimensions
  34. Preons
  35. Quantization of Space
  36. Quantum Field Theory
  37. Quantum Gravity
  38. Quantum Many-Body Theory
  39. Quantum Theory of Black Holes
  40. Quantum Theory of Fracture in Materials
  41. Quark Confinement
  42. Quasicrystals
  43. Quaternionic Quantum Mechanics
  44. Resonant Transport of Particles
  45. Spin Glasses
  46. String Cosmology
  47. String Theory
  48. Strong CP Problem
  49. Strong Interaction Symmetries
  50. Supersymmetry
  51. Trapped Wave Packets
  52. Trapping Neutral Particles
  53. Wormholes

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