# Category:Computational physics

Here is a list of articles in the Computational physics category of the Physics portal.

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**Computational physics** is the study and implementation of numerical algorithms in order to solve problems in physics for which a quantitative theory already exists.

## Subcategories

This category has the following 6 subcategories, out of 6 total.

### C

### M

### P

## Pages in category "Computational physics"

The following 94 pages are in this category, out of 94 total.

- Computational physics
*(physics)*

### A

- ABINIT
*(chemistry)* - ALEGRA
*(physics)* - Armature (computer animation)
*(physics)* - Astronomical algorithm
*(astronomy)* - Atomistix ToolKit
*(chemistry)*

### B

- BigDFT
*(software)* - Binary collision approximation
*(physics)* - Biology Monte Carlo method
*(biology)* - Bond order potential
*(chemistry)*

### C

- Car–Parrinello molecular dynamics
*(physics)* - CCPForge
*(chemistry)* - Cell lists
*(physics)* - CFD-DEM
*(physics)* - Collaborative Computational Project Q
*(physics)* - CompHEP
*(physics)* - Computational astrophysics
*(physics)* - Computational chemical methods in solid-state physics
*(physics)* - Computational mechanics
*(physics)* - Computational thermodynamics
*(physics)* - Constraint (computational chemistry)
*(physics)* - Continuous-time quantum Monte Carlo
*(physics)* - Cybernetical physics
*(physics)*

### D

- Decorrelation
*(computing)* - Demon algorithm
*(computing)* - Density matrix embedding theory
*(chemistry)* - Discontinuous deformation analysis
*(physics)* - DP code
*(chemistry)* - Dynamical simulation
*(physics)* - Dynamo theory
*(physics)*

### E

- Elmer FEM solver
*(software)* - Ewald summation
*(physics)* - EXC code
*(chemistry)* - Extended discrete element method
*(computing)*

### F

- Featherstone's algorithm
*(physics)* - Fermi–Pasta–Ulam–Tsingou problem
*(computing)* - FHI-aims
*(software)* - Field-theoretic simulation
*(physics)* - Forward kinematics
*(computing)* - FreeFem++
*(software)*

### G

- GYRO
*(physics)* - Gyrokinetic ElectroMagnetic
*(physics)*

### H

- Hartree–Fock method
*(physics)*

### I

- Interatomic potential
*(physics)* - Intracule
*(chemistry)* - Inverse kinematics
*(computing)*

### J

- Joint constraints
*(computing)*

### K

- Kinematic chain
*(physics)*

### L

- Les Houches Accords
*(physics)* - Line–plane intersection
*(computing)* - Lubachevsky–Stillinger algorithm
*(computing)*

### M

- MoFEM JosePH
*(software)* - Monte Carlo method
*(computing)* - Monte Carlo method in statistical physics
*(physics)* - Morris method
*(computing)* - MPMC
*(software)* - Muffin-tin approximation
*(physics)* - Multicanonical ensemble
*(computing)* - Multiphysics
*(physics)* - Multiscale modeling
*(computing)*

### N

- Navigation mesh
*(computing)* - Numerical model of the Solar System
*(computing)* - Numerical relativity
*(physics)*

### O

- Orbit-Vis
*(software)*

### P

- P3M
*(physics)* - Parallel-TEBD
*(computing)* - Particle Mesh
*(physics)* - Physics of computation
*(physics)* - Plasma modeling
*(physics)* - Projector augmented wave method
*(physics)* - Pseudopotential
*(physics)* - PYTHIA
*(physics)*

### Q

- Quantum ESPRESSO
*(software)* - Quantum jump method
*(physics)* - QuTiP
*(software)*

### R

- Ray tracing
*(physics)*

### S

- Self-avoiding walk
*(computing)* - Simplified perturbations models
*(astronomy)* - Softening
*(physics)* - Sweep and prune
*(physics)* - Sznajd model
*(physics)*

### T

- T-matrix method
*(physics)* - Time-dependent density functional theory
*(chemistry)* - Time-evolving block decimation
*(physics)* - Timeline of computational physics
*(physics)* - Transmission-line matrix method
*(physics)*

### U

- Umbrella sampling
*(physics)*

### V

- Variational method (quantum mechanics)
*(chemistry)* - VEGAS algorithm
*(computing)* - Vienna Ab initio Simulation Package
*(software)*

### W

- Wang and Landau algorithm
*(computing)* - Wildfire modeling
*(earth)* - WRF-SFIRE
*(computing)*

### Z

- Ziff–Gulari–Barshad model
*(computing)*