Simulate reality.Discover the unknown.
Build a small universe, retune its constants, and let an AI scientist search the results for the law that governs them. Then change the rules and see what law appears instead.
Browse the experimentsLet the agent discover.
Eight simulated runs. One fit: the power law that best explains them.
- 1Hypothesis
- 2Design
- 3Simulate
- 4Analyse
- 5Refine
What if you asked a new question?
Describe a physics question in plain words. The theory notebook proposes a hypothesis, an equation and an experiment to test it.
Open theory notebookFive experiments.Five laws to find.
Each experiment hides a known law of physics. Run it as nature intended and the agent rediscovers it. Change the constants and it finds the law of a different universe.
All quantities are in simulation units.
Start with a question.Derive a hypothesis.
Every answer here is a hypothesis to test, not a result. The notebook shows what would prove it wrong.
Your question AI theory generator
Ask about forces, particles, waves or the cosmos. The AI proposes a mathematical relationship and a computational experiment to test it.
Every law starts as a guess.
A good hypothesis names its variables, predicts a number, and says which result would prove it wrong. The simulation is where the guess meets the data.
Hypothesis
What relationship might hold?
Falsification
What result would rule it out?
Run the experiments.Reward the discoveries.
$PHYSICA is the proposed utility token for Physica: spent on advanced computation, research tools and AI agents, with a proposed share of platform fees cycling back to researchers who produce reproducible results.
Experiments, in a loop.
Launch experiments
Users create simulations and explore physical phenomena.
Spend $PHYSICA
Unlock advanced computation, research tools and AI agents.
Generate research
Simulations produce hypotheses, equations and experimental data.
Reward discoveries
Proposed platform fees fund buybacks and research incentives.
Step 04 feeds back into step 01. Fee shares and buybacks are proposals, not commitments.
How a candidate law is earned.
The law discovery agent in the lab follows these five steps on every run.
Generate hypothesis
AI proposes a mathematical relationship.
Design experiment
Select models, parameters and measurable outcomes.
Run simulation
Execute computational physics experiments.
Analyse results
Compare predictions against simulation data.
Refine theory
Test reproducibility and identify limitations.
Eight instruments, one laboratory.
Universe simulator
Adjust constants, fields, particles and forces in a 3D environment.
AI theory generator
Turn a plain-language question into a hypothesis and an experiment plan.
Particle collider
Collide beams and track charged particles curving through a magnetic field.
Quantum lab
Send particles through two slits, one at a time, and watch interference build.
Law discovery engine
Fit candidate equations to simulation data and score how well they hold.
Autonomous agents
Agents design runs, simulate, analyse and refine without supervision.
Blueprint marketplace
Publish, share and license simulations, models and experiment setups.
Discovery leaderboard
Compete on accurate models, reproducible results and new hypotheses.