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accuratewigner

PyCUDA implementation of new numerical methods for Wigner function propagator tailored for higher numerical accuracy.

condensematter

course_computational_physics_and_engineering

Codes for PHYS/ENGP - 3170/6170 Computational Physics and Engineering Spring 2023

crdi

Maple codes for symbolic derivations for Classical Relativistic Dynamical Inversion [in collaboration with Renan Cabrera]

decoherenceanalogue

Analogue of decoherence

dibondar.github.io

dyndycopling

Solving Christian Arenz's integral equation

fast_vs_accurate_wigner

Comparing FastWigner propagator with AccurateWigner propagator. General rule FastWigner is well suited for scattering problems; whereas, AccurateWigner should be used when bound-bound transitions are involved.

fastwigner

Wigner propagator using FFTW and CUDA for fast implementation

fretmeter

This is a suite for the FRET force microscope. The code is a legacy -- it works, but it is not elegant.

gausssum

Integer number factorization via the Gauss sum generated by nonlinear optics

gpe

Split-operator for Gross–Pitaevskii equation

miscellaneous

Different cool things

newsplitoperator

nonseparablesplitoperator

nonuniquemastereq

Comparing different master equations corresponding to the same Ehrenfest relations

pyphotonicreagents

A stand alone Pythonic suit for advanced laser experiments involving a broad class of equipments, such as laser pulse shaper, spectrometers, cameras, moving stages, etc.

pysumup

Sum up taylor series by genetic programming.

pywignergibbs

Calculating Wigner function of quantum cannonical Gibbs states

qcantortransformation

qchybrid

Simulations for https://arxiv.org/abs/1802.04787

qcontrolpolyopt

Quantum control as a polynomial optimization problem

qstochdynprog

Quantum Stochastic Dynamical Programming

qsystemidentification

Application of bilinear system identification to quantum mechanics

quantumclassicaldynamics

Codes for learning how to numerically simulate quantum and classical mechanics

quantumfriction

Numerical tools for a quantum counterpart of classical friction, a velocity-dependent force acting against the direction of motion (http://arxiv.org/abs/1412.1892).

quantumsailing

Simulations for the paper https://arxiv.org/abs/1611.02736

schrodingermapreduce

superoscilations

Time-domain superoscilations

wignertransforms