WARPLAB
ModulesLive feedHelp
ESENIT

Modules

Each one pairs real data with the physics that explains it, and runs a small version of it on its card. A module ships only when it passes its benchmarks.

  • Gravitational waves

    A black hole's shadow

    Trace light round a spinning black hole: the shadow, the photon ring and the bent disk. Compare it with the EHT's real images.

    webvrOpen module →
  • Cosmology

    The cosmic web

    Fly through 623 379 real SDSS galaxies: filaments, walls and voids, Virgo and Coma, and Laniakea's flow lines. See how a redshift becomes a distance.

    webvrOpen module →
  • Quantum

    Double slit

    Fire photons through two slits one at a time and watch the fringes build. Switch on a which-path detector and they vanish.

    webvrarOpen module →
  • Particle physics

    Find the Higgs

    278 real CMS collisions with four leptons. Move the cuts and watch a bump form near 125 GeV: the Higgs.

    webOpen module →
  • Cosmology

    Dark matter in galaxies

    Real rotation curves of 163 SPARC galaxies. Stars and gas alone fall short: add a dark matter halo and fit it.

    webOpen module →
  • Gravitational waves

    Gravitational-wave chirp

    Two black holes spiral in and merge. Change their masses, hear the chirp, fit them to real LIGO data and browse every detected event.

    webvrarOpen module →
  • Theory

    Currencies and the Higgs

    Countries trade currencies on a small map. Find the loop of exchange rates that pays, then sell gold and the field gets a mass: Maldacena's Higgs.

    webOpen module →
  • Cosmology

    Planets by microlensing

    A lens star brightens a star behind it; a planet adds a blip. Fit real OGLE data and weigh the planet.

    webOpen module →
  • Particle physics

    Neutrino oscillation

    A neutrino changes flavour on the way. Slide distance and energy, then fit θ₁₃ and Δm²₃₂ to 5.5 million real Daya Bay reactor antineutrinos.

    webOpen module →
  • Quantum

    Qubit and Bell test

    Turn a qubit on the Bloch sphere and measure it. Then share an entangled pair and watch the CHSH value beat the classical limit of 2.

    webOpen module →
  • Quantum

    Quantum tunnelling

    An electron's wavepacket meets a barrier higher than its energy, and part gets through. Shape the barrier and watch the share match the theory.

    webOpen module →
ModulesLive feedHelpPrivacy
ESENIT

WarpLab: A lab of real physics.