Research focused on isolating the geometric factors affecting timing resolution in Time-of-Flight (TOF) detection. The findings provide quantitative insights into the optimization of coincidence timing for next-generation PET-based medical imaging.
CADES — Computational Aerodynamics Display & Evaluation System The Computational Aerodynamics Display & Evaluation System (CADES) is a state-of-the-art, high-performance 2D aerodynamics simulator designed to run seamlessly in the browser. It implements the Lattice Boltzmann Method (LBM) using a D2Q9 lattice architecture to provide real-time fluid dynamics visualization. This platform is engineered specifically for exploring airflow behaviors around a NACA 0012 airfoil, providing instantaneous feedback on pressure distributions, lift coefficients, and wake turbulence. ...
E6B Flight Computer & Vector Physics Simulator The E6B Flight Computer project is a modernization of the classic analog “whiz wheel” used by aviators since the 1930s. This interactive, browser-based tool translates mechanical slide-rule computations into dynamic JavaScript algorithms, coupled with a real-time vector physics simulator driven by Matter.js. It serves as both a practical flight planning utility and an educational visualizer for the physics of flight. Core Computational Modules Wind Triangle Kinematics The fundamental problem the E6B solves is the calculation of heading and ground speed given a desired true course, true airspeed (TAS), and forecast wind conditions. ...