Virtual Science & Physics Labs

Simulate Keplerian orbits, N-body gravitational celestial mechanics, planetary slingshots, and stable three-body figure-8 orbital choreographies in real time.

Simulate Strong & Weak acid-base neutralization. Real-time buret tap drops, Henderson-Hasselbalch buffer curves, and indicator color transitions.

Simulate laser interference and single-slit diffraction sinc envelopes. Adjust wavelength, slit spacing, and screen distance to compute fringe width β.

Simulate Central Dogma of Molecular Biology. Transcribe DNA template strands into mRNA and translate into amino acid chains using 64-codon ribosomes.

Simulate simple and damped harmonic oscillations. Real-time phase space tracking and kinetic vs. potential energy conservation.

Simulate series and parallel resistor networks. Real-time electron flow animation, Kirchhoff voltage drops (KVL), and thermal wattage limits.

Balance chemical reactions, determine limiting reactants, and calculate theoretical yields in grams and moles with atom-conservation proof vectors.

Plot constant 2D acceleration trajectories. Adjust initial velocity, launch angle, and local gravity (Earth, Moon, Mars, Jupiter).

Experiment with convex and concave thin lenses. Real-time principal ray tracing diagrams, focal points, image distance, and magnification.

Perform molar dilutions using solute concentration calculations (M1V1 = M2V2). Real-time liquid beaker color scaling and solvent adjustments.

Interactive periodic table with electron configuration orbits, electronegativity heatmaps, and element taxonomy quizzes.