This repository is focused on analysing shallow etch diffractoin grating couplers and relevant phenomena. It's goal is to help engineers, researchers and students to make their work somewhat easier. Scripts stored in this repo use NumPy, Pandas and matplotlib.pyplot packages.
This simulation demonstrates how a Fabry–Pérot cavity acts as a narrowband spectral filter for single-photon wavepackets. It includes frequency-domain and time-domain examples showing how an input photon spectrum is shaped by the cavity transfer function.
Parallelization framework for PHIsimV3
Topology optimization (TopOpt) framework based on the Maxwell stress tensor (MST) formalism to optimize for optical force-dependent figures of merit.
4×4 transfer matrix method for simulating light reflection from anisotropic multilayer structures with Mueller matrix analysis
rotierendes POV-Display (Workshopprojekt des Fablab Karlsruhe e.V. im Rahmen von PHABLABS 4.0 www.phablabs.eu)
A GUI for designing quantum optical circuits and comparing different backends.
A fully ab‑initio toolkit for linear–response and spectroscopy of quasi two‑dimensional (2D) materials using Quantum‑Electrodynamic Many‑Body Theory.
Optical (de)-multiplexor utilizing the surface plasmon-polatiron resonance on impedance gratings
This was my first attempt at using the Python programming language for anything
The project implements algorithms for signal recovery in coherent optical systems operating with single-ended receivers.
Basic analytical functions for a few-photon light detection
Design and simulation of invented photonic component: multibeam frequency shifter - https://doi.org/10.1364/OE.498792
The objective of this repository is to show how I perform optimization of photonics structure. Some Jupyter Notebook contains tutorials and exemples with my codes and how I use them. The goal of this project is not to offer complete tools for optimization but to suggere some ways to perform it.
1D Schroedinger solver in semiconductor with non-parabolicity in Zinc-Blende
Photonics FDTD simulation with MatLab
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