SimOli — Quantum, Physics & Chemistry 3D Virtual Laboratory
Real-time 3D virtual laboratories: a Quantum 3D Lab for quantum computing (qubits, gates, algorithms), and over 200 university physics and chemistry practicals with theory, guided procedure, live readings, graphs and printable reports.
Quantum 3D Lab
- QVL-01 Introduction Lab: meet the qubit
- QVL-02 Two qubits side by side
- QVL-03 The quantum "if": CNOT and the Bell pair
- QVL-04 Is it really spooky? The CHSH game
- QVL-05 Phase kickback
- QVL-06 Superdense coding
- QVL-07 Quantum teleportation
- QVL-08 BB84: a secret key
- QVL-09 Oracles and reversible logic: a quantum adder
- QVL-10 Deutsch–Jozsa: constant or balanced?
- QVL-11 Bernstein–Vazirani: a secret in one look
- QVL-12 Grover's search
- QVL-13 The quantum Fourier transform
- QVL-14 Phase estimation
- QVL-15 Shor's algorithm: factoring 15
- QVL-16 Noise and error correction
- QVL-17 A spin in a magnetic field
- QVL-18 The energy of H₂ (VQE)
- QVL-19 Optimisation with QAOA
Physics 3D Lab
- Optics and Waves — Diffraction, interference, polarisation and the behaviour of light.
- Mechanics and Properties of Matter — Elasticity, viscosity, moments of inertia and the motion of bodies.
- Sound, Oscillations and Resonance — Vibrating systems, standing waves, resonance and ultrasonics.
- Heat and Thermodynamics — Conduction, radiation, calorimetry and the gas laws.
- Electricity and Magnetism — Bridges, potentiometers, resonant circuits and magnetic fields.
- Semiconductors and Electronics — Diodes, band gaps, the Hall effect and operational amplifiers.
- Modern, Atomic and Nuclear Physics — Spectra, radioactivity, the electron and the quantum world.
- Measurement and Data Analysis — Errors, uncertainty and the treatment of experimental data.
- Online Certification Programme for Undergraduate Students — Ten moderately advanced experiments beyond the regular laboratory. Perform all ten yourself to earn the SimOli certificate of completion.
Chemistry 3D Lab
- Laboratory Techniques and Measurement — Glassware, balances, physical constants and the purification of compounds.
- Titrimetric Analysis — Acid–Base and Redox — Standard solutions, indicators, and neutralisation and oxidation–reduction titrations.
- Complexometry and Water Quality — EDTA titrations and the standard analyses of a water sample.
- Inorganic Analysis and Preparations — Salt analysis, gravimetry and the preparation of double salts and complexes.
- Organic Analysis and Separations — Functional-group tests, biomolecules and chromatographic and extractive separations.
- Organic Synthesis — Preparations that teach a reaction mechanism, a yield and a purity.
- Polymers, Fuels and Materials — Resins, rubbers and nanoparticles; fuels, lubricants and corrosion.
- Physical Properties and Solutions — Viscosity, surface tension, adsorption, colloids, phase equilibria and molar masses.
- Thermochemistry and Chemical Kinetics — Enthalpy changes by calorimetry, and rate laws, orders and activation energies.
- Electrochemistry — Conductometry, potentiometry, pH-metry, buffers and cells.
- Spectroscopy and Instrumental Analysis — Colorimetry, UV–visible spectrophotometry, flame photometry and infrared.
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