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SciSim
E = mc²F = mapH = -log[H⁺]∇²ψ = 0T = 2π√(L/g)PV = nRTΔG = ΔH - TΔSe = hfv = u + atλ = h/p

Interactive STEM Education · AI-Powered

Explore the universe
in real-time

Four living labs. One AI tutor watching every move. Scroll to see the collection.

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The Collection / 04

Four labs, infinitely replayable

Each experiment is fully interactive and guided by a real AI tutor that reads your live readings as you go. Earn badges as you discover.

Why SciSim works

Built for the way students actually learn

Active experimentation with immediate AI feedback outperforms passive reading by 3–5×. SciSim puts that principle into practice.

AI Coaching

Proactive AI Tutor

TutorBot doesn't wait to be asked. It observes your live simulation readings and nudges you toward discovery — then quizzes you on exactly what you just learned.

True Science

Real Physics Engines

Every simulation runs genuine equations — pendulum dynamics with Runge-Kutta integration, real Henderson-Hasselbalch chemistry, and parabolic kinematics — not approximations.

Gamification

Achievement System

Earn badges as you experiment: catch the equivalence point, launch at 45° for maximum range, or switch between four planetary gravities. Science feels like exploration.

Inclusive

Accessible by Design

High-contrast mode, screen-reader live regions on every readout, keyboard shortcuts for all controls. STEM education should be for everyone — not just those without barriers.

By the numbers

Science, measured

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Interactive Labs

Physics · Chemistry · Biology · Math

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Learning Improvement

Active vs. passive STEM study¹

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Achievement Badges

Earned through genuine discovery

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AI Tutor

Reads your live data as you experiment

¹ Freeman et al., 2014, PNAS — Active learning improves STEM exam scores by ~35% vs. traditional lecture.

Step into the lab

Learn science by doing it, not reading it.

Four experiments. One AI tutor. Endless curiosity. No sign-up required.