2D JavaScript Physics Engine

DIY mechanical keyboard and where to find them

Compact, hands-free [sub]command line parsing library for Clojure.

A minimalistic build tool for clojurescript projects that does not require the jvm

Trying to build the perfect system

Layout for my Planck keyboard

PySM: Software for simulating the Galactic microwave sky

Unofficial Build Guide for Planck Through Hole Kit.

A KAPLAY plugin that integrates Planck, while keeping the simple/fun API of KAPLAY.

A simple script to plot the Planck's law.

A cobaya low-ell likelihood polarized for planck 2020 data (NPIPE release)

The Woodpecker Makery's ZeLDA Layout for Planck Keyboards

web-app to convert Kelvin temperature to RGB colorspaces

Clock displaying time and events in Planck units

A Rust library for accessing a collection of mathematical and cryptographic constants 🦀

A cobaya high-ell likelihood polarized for planck 2020 data (NPIPE release)

48 Methods exhibiting the Hubble radius (distance estimates in Gly) compared to the JWST measurements

Custom layout for the Planck mechanical keyboard

Planck distribution expected value.

Layout and firmware for my custom ambidex colemak layout for the Planck

Roll a ball through a maze in your web browser. (every bit as exciting as it sounds)

Phenomenological Gauss-Bonnet braneworld leakage model for high‑ℓ CMB suppression. Includes CAMB/CLASS patches, MCMC scripts, and reproducible pipelines for Planck, ACT DR6, and SPT‑3G data.

⌨️ Configure your Planck keyboard

Planck (discrete exponential) distribution cumulative distribution function (CDF).

a galaxy cluster SZ catalogue obtained in directions of SZcat by applying deep learning method to ACT+Planck maps to detect Sunyaev-Zeldovich effect

Make 2D WebGL Games with MoxiJS

Linux GPIO i2c keyboard driver for the Planck, provides internal input device and external via USB HID

Python-based simulator exploring radiative cooling technologies inspired by SpaceX's reusable heat shielding. Focuses on modeling thermal protection systems (TPS) for high-heat environments, with potential applications in orbital data centers for passive heat dissipation in vacuum conditions.

HackMHS VI: A modern, multiplayer QWOP

h5temperature is a user-friendly application designed to analyze radiometric temperature measurements from laser-heating experiments in diamond anvil cells. It supports ESRF HDF5 data files, offers data fitting with Planck and Wien formulas, and sliding two-color pyrometry analysis, as well as other features.