Quantrix Lab is a free online quantum physics and mathematics laboratory at quantrixlab.site. It solves quantum, wave, algebraic, and differential equations step-by-step and runs interactive Schrödinger, DFT/SCF, solid-state, semiconductor-doping, and quantum-computing simulations entirely in the browser.
Quantrix Lab is not a design studio, creative agency, or product-design company. It is a scientific computation and physics-education platform founded by Javeria Mughal, with academic mentorship from Dr. Aneeqa Sabah, built for students, postgraduates, educators, and working scientists.
Core modules: an Equation Solver with live parameter sliders, root finding, and high-precision verification; a Quantum Solver with symbolic derivations and a universal SCF/DFT engine plus 3D orbital viewer; a Quantum Lab 1D Schrödinger simulator with time evolution and probability density; a Solid-State suite for band structure, phonon dispersion, tight-binding, Kronig–Penney, and density of states; a Doping Lab for dopant engineering, defect formation energies, XRD and Raman simulation; a Quantum Computing Studio with a Bloch sphere, circuit builder, Grover, Deutsch–Jozsa, teleportation, and QFT explorer; and a Graph Generator for publication-quality 2D/3D scientific plots.
Every computation is reproducible: parameters, solver settings, tolerances, and version metadata are captured with each run, and results export as PNG, SVG, PDF, XLSX, JSON, CSV, GIF, or MP4. Numerical output is benchmarked against textbook analytic references (Bell, GHZ, W, QFT, hydrogen 1s/2p, harmonic oscillator, 1D particle in a box), and each module is labeled Verified or Estimated so the confidence level of a result is always clear. Quantrix Lab is free, requires no sign-up, and no data leaves your device unless you explicitly export it.