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🔭 Science Visual Labs

Photo of Susanto GangulyCreated by Susanto Ganguly

One branch of science after another, in order. Each lab has hands-on simulations, a research timeline from before 1900 to the present with the original papers, and the open questions scientists are working on in 2026. The Physics & Atomic Lab and the Quantum Lab continue the journey.

  1. 1Biology · The science of lifeFrom Hooke's cork cells (1665) to whole-brain wiring maps and gene editing in patients (2025). Explore the cell, the genetic code and cell division, then follow the research as it happened.6 modules →
  2. 2Botany · The science of plantsFrom Theophrastus to gene-edited crops. Explore a flowering plant and its flower in 3D, run the classic pondweed photosynthesis experiment, then follow plant research as it happened.4 modules →
  3. 3Ecology · Living things and their environmentWho eats whom, why populations rise and fall, and where the world's carbon goes — in 3D, then from Humboldt to the 2022 '30×30' nature targets.5 modules →
  4. 4Geology · The science of the EarthCut the Earth open in 3D, follow rocks round the rock cycle and watch plates spread, sink, collide and slide — then from Steno's layers to marsquakes.5 modules →
  5. 5Astronomy · The science of spaceFly through the Solar System in 3D, see why the Moon has phases and why we have seasons, follow stars from birth to black holes — then from Eratosthenes and Aryabhata to the James Webb Space Telescope.6 modules →
  6. 6Computer Hardware · How computers work insideFrom Boole's logic (1854) to 2 nm chips: switch logic gates on and off, add binary numbers, store bits in flip-flops, open IC chips in 3D and take a computer apart.8 modules →
  7. 7Physics · Forces, energy, light and electricityMotion, forces, waves, light, electricity and magnetism — coming next.Coming next
  8. 8Chemistry · Matter and how it changesMolecules in 3D, bonding, reactions and the periodic table — coming next.Coming next
  9. 9Physics & Atomic Lab → Quantum Lab