
Explore a comprehensive collection of virtual laboratory experiments designed to enhance your understanding of scientific concepts.
Explore simple harmonic motion by controlling pendulum length, mass, and initial angle. Observe how gravity and tension create periodic oscillation.
Launch projectiles at different angles and velocities. Visualize parabolic trajectories and understand range, height, and time of flight.
Witness wave-particle duality. Fire photons through two slits and observe the interference pattern that proves quantum mechanics.
Create two wave sources and watch constructive and destructive interference patterns form in real-time 3D space.
Place charges in 3D space and visualize electric field lines, potential surfaces, and force vectors interactively.
Attach masses to springs with adjustable stiffness and damping. Explore Hooke's law, resonance, and energy conservation.
Simulate planetary orbits by adjusting mass, velocity, and distance. Observe elliptical, circular, and escape trajectories.
Move a sound source and observer in 3D. Watch wavefronts compress and expand as frequency shifts in real-time.
Shoot light rays through different media. Control angle of incidence, refractive index, and see Snell's law in action.
Build circuits with resistors, batteries, and LEDs. Adjust voltage and resistance to see current flow with animated electrons.
Explore atoms in 3D — add/remove protons, neutrons, and electrons. See how elements change and electron shells fill up.
Visualize ionic, covalent, and metallic bonds in 3D. Watch atoms share or transfer electrons to form molecules.
Run electrolysis experiments on water and other solutions. See bubbles form at electrodes and understand redox reactions.
Perform virtual titration. Control the burette drop-by-drop and watch the pH indicator change color at the equivalence point.
Compress and heat gas molecules in a 3D container. See Boyle's, Charles's, and Gay-Lussac's laws come alive with bouncing particles.
Mix acids and bases and watch neutralization occur. See pH changes, salt formation, and energy release in 3D.
Explore 3D crystal structures — FCC, BCC, HCP, diamond cubic. Rotate, zoom, and understand unit cells and packing efficiency.
Watch particles diffuse through a membrane or between two gases. Control temperature and concentration gradients.
Visualize energy changes during chemical reactions. See bonds break and form with energy diagrams and temperature effects.
Interactive 3D periodic table. Explore atomic radius, electronegativity, ionization energy trends with animated visualizations.
Explore a detailed 3D animal cell. Click on organelles to learn about nucleus, mitochondria, ER, Golgi, and more.
Watch the double helix unzip and replicate step-by-step. See helicase, polymerase, and primase in action.
Follow transcription and translation in 3D. Watch mRNA leave the nucleus and ribosomes build proteins codon by codon.
Enter a chloroplast and follow light reactions and Calvin cycle. Control light intensity and CO2 levels.
Trace glucose through glycolysis, Krebs cycle, and electron transport chain. See ATP production in 3D mitochondria.
Watch cell division in 3D. Step through prophase, metaphase, anaphase, telophase. Compare mitosis vs meiosis side-by-side.
Simulate evolution! Control environment factors and watch populations adapt over generations with trait variations.
Trace an action potential along a neuron in 3D. Watch neurotransmitters cross the synaptic cleft.
Build and explore food webs in 3D. Add/remove species and watch population dynamics change in real-time.
Watch the immune system fight a virus! See macrophages, T-cells, and antibodies in a 3D blood vessel environment.
Build any waveform by adding sine waves. Watch the frequency spectrum update in real-time as you add or remove harmonics.
Watch the Fibonacci sequence build the golden spiral in 3D. Explore its appearance in nature, art, and architecture.
Interact with Platonic solids and Archimedean solids in 3D. Explore faces, edges, vertices, and Euler's formula.
Visualize derivatives and integrals in 3D. Watch tangent lines, area under curves, and Riemann sums animate.
Dive into the infinite Mandelbrot set in 3D. Zoom into regions and watch fractal detail emerge at every scale.
Generate random data and watch distributions form. Compare Normal, Binomial, Poisson, and Uniform distributions.
Visualize vectors, matrices, and transformations in 3D. Apply rotations, scaling, and shearing to see linear maps in action.
Explore sine, cosine, and tangent on a 3D unit circle. Adjust angles and see how all trig functions relate.
Visualize complex numbers on the Argand plane. Perform arithmetic operations and see geometric interpretations.
Explore mathematical surfaces — Möbius strip, Klein bottle, torus, and more in interactive 3D.