Physics - Data processing.

Computational physicssimulation of classical and quantum systems / by: (Electronic resources)

Linear-scaling techniques in computational chemistry and physicsmethods and applications / by: (Electronic resources)

Game physics engine development by: (Electronic resources)

Computational methods for physicistscompendium for students / by: (Electronic resources)

Basic concepts in computational physics by: (Electronic resources)

Computer simulation in physics and engineering by: (Electronic resources)

Doing physics with scientific notebooka problem-solving approach / by: (Electronic resources)

Basic concepts in computational physics by: (Electronic resources)

One hundred physics visualizations using MATLABwith DVD-ROM / by: (Electronic resources)

Information technology and computational physics by: (Electronic resources)

Computational physicssimulation of classical and quantum systems / by: (Electronic resources)

One hundred physics visualizations using MATLAB / by: (Language materials, printed)

Computational physicsan introduction to Monte Carlo simulations of matrix field theory / by: (Electronic resources)

Introduction to game physics with Box2D by: (Electronic resources)

Information technology, systems research, and computational physics by: (Electronic resources)

Essential Python for the physicist by: (Electronic resources)

Deep learning and physics by: (Electronic resources)

Smartphones as mobile minilabs in physicsedited volume featuring more than 70 examples from 10 years The Physics Teacher-column iPhysicsLabs / by: (Electronic resources)

Physics with Excel and Pythonusing the same data structure.Volume I,Basics, exercises and tasks / by: (Electronic resources)

Effective computation in physics / by: (Language materials, printed)

Computational problems for physics :with guided solutions using Python / by: (Language materials, printed)

AI for physics by: (Electronic resources)

Julia programming for physics applications by: (Electronic resources)