2-day longest streak
Hi there 👋 I'm an RF engineer with a background in quantum computing, radio astronomy and biomedical imaging. Here are some of my software projects: RF engineering: - DispersionTransform: map…
Hi there 👋
I'm an RF engineer with a background in quantum computing, radio astronomy and biomedical imaging.
Here are some of my software projects:
- RF engineering:
- DispersionTransform: map dispersive waveguide data from the frequency- to distance-domain
- CZT: calculate the Chirp Z-Transform, a flexible implementation of the Fast Fourier Transform
- GradientModel: calculate the effective conductivity of a rough metallic surface using the Gradient Model
- Mattis-Bardeen: calculate the surface impedance of a superconductor using Mattis-Bardeen theory
- Waveguide: calculate the various properties of rectangular waveguides, e.g., phase constant, conductor loss, etc.
- RF-tools: various tools for RF engineering, including useful command line tools
- Radio astronomy:
- QMix: simulate quantum tunnneling in SIS junctions
- Other projects:
- SciencePlots: format your Python/Matplotlib plots for scientific papers, theses and presentations
-
QMix ★ PINNED
Simulate the behavior of SIS junctions
Python ★ 10 5mo agoExplain → -
DispersionTransform ★ PINNED
Dispersion-Compensated Algorithm for the Analysis for Electromagnetic Waveguides
Python ★ 4 4y agoExplain → -
CZT ★ PINNED
Chirp Z-Transform
Python ★ 49 1y agoExplain → -
SciencePlots ★ PINNED
Matplotlib styles for scientific plotting
Python ★ 9.0k 3mo agoExplain → -
RF-tools ★ PINNED
Tools for designing RF components and networks
Jupyter Notebook ★ 13 3y agoExplain → -
Mattis-Bardeen ★ PINNED
Calculate the electrical properties of superconductors using Mattis-Bardeen theory (can export to HFSS)
Python ★ 12 4y agoExplain → -
ThesisPlots
Format Matplotlib for a scientific thesis (depracated! use garrettj403/SciencePlots!)
Makefile ★ 27 7y agoExplain → -
Waveguide
Calculate the various properties of rectangular waveguides
Jupyter Notebook ★ 8 4y agoExplain → -
GaussOpt
Gaussian beam analysis for quasioptical systems
Python ★ 8 4y agoExplain → -
AlbertaEnergySources
Get grid data from Alberta Electric System Operator (AESO)
Python ★ 5 9y agoExplain → -
230ghz-rx-thesis
My PhD thesis on a 230 GHz SIS receiver for radio astronomy.
TeX ★ 2 7mo agoExplain → -
PhD-Thesis-Latex-Style
LaTeX files for my thesis (stripped down)
TeX ★ 2 1y agoExplain → -
GradientModel
Calculate the surface impedance of a rough metallic surface using the Gradient Model.
Python ★ 2 4y agoExplain → -
dotfiles
Configuration files for macOS
Python ★ 1 5y agoExplain → -
JosephsonCircuits.jl ⑂
Frequency domain, multi-tone harmonic balance, simulation of scattering parameters and noise in nonlinear circuits containing Josephson junctions. Scattering parameter conversion and interconnection.
★ 0 1mo agoExplain → -
openEBL-2026-02 ⑂
edX course: UBCx Phot1x Silicon Photonics Design, Fabrication and Data Analysis
Python ★ 0 2mo agoExplain → -
FD
Finite difference solver
Python ★ 0 2mo agoExplain → -
SiEPIC-Tools ⑂
Package for KLayout to add integrated optics / silicon photonics functionality (waveguides, netlist extraction, circuit simulations, etc)
★ 0 8mo agoExplain → -
garrettj403
No description.
★ 0 1y agoExplain → -
windows-dotfiles
Dotfiles for Windows PCs
Python ★ 0 1y agoExplain → -
Instrument-Control ⑂
Control various electronic instruments using SCPI commands through Python
★ 0 1y agoExplain → -
JJ_metamaterial_simulation ⑂
Classes for simulation dispersion and gain in Josephson meta-materials.
★ 0 4y agoExplain → -
rpi-dotfiles
Dotfiles for my Raspberry Pi's
Python ★ 0 5y agoExplain →
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