Professional physics simulation for students, researchers, and engineers. Real-time experimentation. Research-grade numerical accuracy.
A complete toolkit for classical mechanics, electrodynamics, wave optics, and thermodynamics — built for precision at every scale.
Simulate projectile motion, rigid body dynamics, friction, torque, and constraint systems. Get exact equations of motion alongside real-time animated trajectories.
Visualize electric and magnetic field lines, equipotential surfaces, Lorentz force vectors, and full Maxwell equation solutions in 2D and 3D field maps.
Explore interference, diffraction, polarization, and refraction with interactive slit experiments, lens builders, and Fourier spectral decomposition tools.
Simulate N-body gravitational systems, Kepler orbits, Lagrangian points, and spacecraft trajectory planning under realistic gravitational potential fields.
Construct PV diagrams, model heat engines, compute entropy changes, and visualize gas particle distributions with Maxwell–Boltzmann statistics.
Tune mass, velocity, charge, and field strength live with real-time sliders. Instantly observe how parameter changes propagate through the simulation.
PhysicX bridges the gap between theoretical physics and hands-on computational experimentation.
Adaptive Runge–Kutta 4/5 integrator with automatic step-size control ensures stability at interactive speeds. Handles stiff coupled systems without slowdown.
IEEE 754 double-precision arithmetic throughout. All simulation results cross-validated against known analytical solutions for standard benchmark problems.
GPU-accelerated rendering with support for 2D trajectories, 3D field volumes, vector field overlays, and phase-space diagrams that update live as parameters change.
Used by professors, students, and independent researchers. Offers a 7-day free trial for academic and personal projects with no feature restrictions.
A powerful simulation platform that adapts to your needs — from introductory mechanics labs to graduate-level quantum and relativistic calculations.
Intuitive interfaces for every branch of physics, from projectile trajectories to electromagnetic field mapping.
Animate launch angle, initial velocity, and air resistance in real-time with annotated trajectory curves.
Visualize field lines and equipotentials for arbitrary charge distributions with real-time interactivity.
Simulate interference and diffraction patterns with adjustable slit geometry, separation, and wavelength.
PhysicX is part of a growing family of precision science tools. Explore the full suite — each platform shares the same account, trial, and license system.
Real-time physics simulation platform covering mechanics, electromagnetism, wave optics, and orbital dynamics with 60fps interactive rendering. The physics powerhouse of the suite — you're already here.
Molecular visualization, reaction balancing, periodic table explorer, and thermodynamic property calculator for chemistry education and research.
Symbolic computation engine for calculus, linear algebra, statistics, and visualization. The mathematics powerhouse of the suite.
Minimal footprint, maximum performance. PhysicX runs on everyday hardware with no compromise.
PhysicX is actively developed. Here's what's shipped and what's coming next.
2D mechanics simulator, projectile and rigid-body dynamics, basic electromagnetic field renderer, and bundled module library for common physics domains.
Full three-dimensional electromagnetic field volumes, N-body gravitational simulation, Kepler orbit plotter, and Lagrangian point calculator.
Interactive double-slit, diffraction gratings, polarization, and introductory quantum mechanics — probability density plots and energy level diagrams.
Save, share, and co-run simulation notebooks in the cloud. Execute computationally heavy N-body and finite-element simulations on remote infrastructure.
macOS, Linux, and browser-based editions. Interface localization for global academic communities across 20+ languages.
Download PhysicX and start simulating today — Try 7 Days Free, no limits.