physics

Data for the publication "Finding the ground state of a lattice gauge theory with fermionic tensor networks: a 2+1d Z2 demonstration" (arxiv:arXiv:2211.00023,DOI:10.1103/PhysRevD.107.014505)

pymecavideo is a physics software that allow pointing on picture to analysis movements.

Program to compute de Laval nozzles profiles in rarefied gas flow

qocttools package, designed to be used on top of qutip. It implements a number quantum optimal control utilities.

See the documentation for the latest stable version at https://qocttools.readthedocs.io/

See the documentation for the latest developer's version at https://acbarrigon.gitlab.io/qocttools/

Flexible and easy to use non-linear transient electric circuit simulator.

A collection of articles about classical mechanics, relational mechanics, special relativity and general relativity.

https://atorassa.gitlab.io/physics-authors/

A new dynamics which establishes the existence of a new universal force of interaction, called kinetic force.

https://atorassa.gitlab.io/physics-html/

Automated operator construction for effective field theories.

Lecture note for Mathematical Methods for Astronomy 1

This is my PhD thesis done @UFABC. Title: "Acceleration and radiation: Classical and quantum aspects."

The code in this repository generates the code for a publication about topological Bell nonlocality (arxiv:2405.14587).

Projeto submetido a diversas chamadas públicas de processos seletivos para estágio pós-doutoral.

The code in this repository generates the code for a publication about Bell nonlocality. We consider the translation-invariant Bell inequalities with R neighbors and up to 2 body correlators and we show that a connection can be made to tropical algebra and graph theory. (arxiv:2407.XXXXX).

Fun explosion physics for minecraft

python port of specrend.c - calculates RGB colours for blackbodies radiating at a given temperature

Code to calculate the optical and optomechanical properties of the cavity optomechanical setup from the article https://arxiv.org/abs/2311.15311.

Physics Learning AI Datamodel (PLAID)

Numerical implementation of the solution of the extended Gross-Pitaevski equation that describes two-dimensional Bose-Einstein condensate interacting with a rotating molecule. Code uses the backward Euler scheme to solve imaginary that gives the system's ground state properties. In principle, code can be expanded to solve any non-linear partial equation that follows the variational rule (like eGPEs) and to any dimensionality.

Lecture note for Modern Physics at CNU