ASTOLIS (Assisted Short Takeoff and Landing Infrastructure System) is a conceptual aerospace infrastructure platform designed to reduce the runway length required for light aircraft operations. The system combines principles from aerodynamics, electromagnetics, control systems, computer vision, and mechanical engineering to create a smart runway capable of assisting aircraft during takeoff and landing. The long-term vision of ASTOLIS is to enable safe operations from ultra-short runways in rural communities, emergency response zones, remote locations, and small general aviation airports. Rather than redesigning the aircraft itself, ASTOLIS improves the infrastructure supporting the aircraft. Check URL for more info: https://gamma.app/docs/Assisted-Short-Takeoff-and-Landing-Infrastructure-System-t5m928svzcdh9ka
This is my very own OS that can be run in the web!
**JWST Cosmic Telemetry Analyzer** is a high-performance data pipeline that transforms raw, chaotic deep-space telemetry from the $10 billion James Webb Space Telescope into interactive, human-readable visualizations. Because JWST orbits 1 million miles away and beams back raw hexadecimal code, invisible infrared data, and cosmic ray noise, this project bridges the gap between astrophysics and data science. Built with Python , the backend ingests astronomical `.fits` files, scrubs out radiation spikes, and maps infrared wavelengths into the visible RGB spectrum. It even parses spectroscopic data to plot exoplanet transit light curves, rendering everything onto a sleek web dashboard for zoomable 3D stellar mapping.
A cool WASD gaming mini keyboard meant to be able to play WASD games that are on your phone or iPad without having to connect a large and bulky keyboard. Not only is this significantly smaller than a standard keyboard, it is more cost effective and easily portable.