My collection of scripts and software for CPEx work

Simple plotting library for Haskell

Various Mie scattering implementations, written in Julia

A repository used to apply emulators to the square well interaction in coordinate space. The scattering portion of this code was used to run tests and generate preliminary results for the paper ''Efficient emulators for scattering using eigenvector continuation'' by Furnstahl, Garcia, Millican, and Zhang.

Branched Flows simulator using GPU computation.

Simple C++ ray tracing framework and demos

Models which can be used to fit QENS data

Phase shifts and cross sections are calculated for np scattering using the phase function method and RK4. The results for the Yukawa and Malfliet-Tjon potentials for total angular momentum J = 1 and 0 are compared to experimental data available.

Performs a Guinier fit on small-angle scattering data.

This is the three-dimensional acoustic wave scattering analysis program for one-dimensional periodic arrangement objects irradiated by a plane wave. The radiation force acting on the object can be analyzed. This is based on boundary element method, the own developed numerical solution is used.

Simulation of elastic scattering in electron microscopy using the multislice algorithm. Simulations include various STEM and TEM techniques such as ADFSTEM, BFSTEM, ABFSTEM and CoM.

A Python library for shape UQ based on Bempp 3.3.4

Performs a custom fit to find a detector mask position.

The raw LaTeX documents used to create my PhD dissertation: "Multilayer neutron optics based on isotope-enriched 11B4C"

A Python implementation of the delta-fit phase function truncation algorithm by Hu et al. 2000.

This is the three-dimensional acoustic wave scattering analysis program for arbitrary objects irradiated by arbitrary beams. This is the extension of "bem3_aw_b1" using iterative solution. This program can analyze multiple scattering between objects with less memory than "bem3_aw_b1".

This project utilizes TensorFlow and Keras to apply neural networks (Basic, LSTM, and GRU) to predict input parameters for a human head-antenna system using scattering parameters. The GRU model consistently outperforms others, showcasing its potential for accurate predictions

Program ini, yang dibuat dalam bentuk Graphical User Interface (GUI), merupakan program untuk menghitung respons penampang-lintang dari kasus hamburan pada satu buah bola. Aplikasi yang digunakan untuk membuat program ini yaitu MATLAB.

This is the three-dimensional acoustic wave scattering analysis program for two-dimensional periodic arrangement objects irradiated by a plane wave. The radiation force acting on the object can be analyzed. This is based on boundary element method, the own developed numerical solution is used.

Collocation with prediction and filtering for scattered data