Adds high-performance physics to Minecraft

Java JNI bindings for Nvidia PhysX

A Full-Stack Robotics Development Environment

Valkyrien Skies 2

A 2-dimensional projectile motion simulator built with Java swing. This project utilizes core object-oriented design concepts like the observer design pattern to develop an interactive graphical user interface (GUI).

Integrate Bullet Physics and V-HACD into jMonkeyEngine projects (code has New BSD license)

Documentation and sample desktop apps for the Jolt-JNI 3-D physics library (code has New BSD license)

JVM bindings for Jolt Physics and V-HACD

Real-time 2D physics simulation with elastic collisions, gravity, and friction | Interactive particle physics engine in Java

Documentation and example applications for the Libbulletjme physics-simulation library (code has New BSD license)

A sample Android app for the Jolt-JNI 3-D physics library

A GUI application to configure a Minie ragdoll (code has New BSD license)

Integrate Jolt Physics into jMonkeyEngine projects (code has New BSD license)

A Java desktop app that simulates and visualizes 2D collisions between shapes. It detects intersections in real time, logs collision events, and calculates initial/final kinetic energies and post-collision velocities using conservation of momentum and energy principles.

An AI-powered bot that finds the optimal launch angle and velocity to sink a ball in one shot across complex terrains. Implements both a custom Manhattan optimization algorithm and the Newton–Raphson method, achieving results in milliseconds.

A project comprised of a 2D Java Physics Engine API and a Java GUI Application.

The JBullet implementation used in jMonkeyEngine 3

Simulation of protons, electrons, and neutrons within a vector space with field arrows. Also allows for simulation of orbitals of a user-defined hydrogen atom.

Simple falling sand simulation with Swing GUI

JavaFX simple 3D simulator and renderer