Pick a subject. Launch a mission. Learn by doing.
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Build alien worlds with food webs. Watch populations boom and crash.
Manage a living cell. Feed mitochondria, build proteins, fight viruses.
Breed creatures with visible DNA. Predict offspring using Mendelian ratios.
Add predators, change climate, split populations. Watch evolution happen live.
Keep a human body alive. Balance heart rate, oxygen, and glucose.
Build neural circuits. Fire a stimulus and watch the signal cascade.
Design guide RNA. Cut DNA with CRISPR. Make bacteria glow green.
Peel layers from skin to skeleton. Virtual dissection, zero mess.
Snap atoms together following valence rules. Build water, methane, salt.
Mix reactants, add heat. Watch bonds break and reform in real time.
Plan multi-step organic synthesis. Purify and analyze with NMR.
Control a nuclear reactor. Withdraw one too many rods and meltdown begins.
Launch projectiles with Newtonian physics. Watch energy transform.
Collide two wave sources. Watch interference and amplification appear.
Place a lens, watch rays bend. Add a prism for a rainbow.
Place obstacles in a flow. Push speed too high and turbulence erupts.
Build numbers with blocks. See how tens, hundreds, and thousands connect.
Compare, add, and multiply fractions using visual bars and number lines.
Scale recipes, maps, and models. Master ratios and percentages visually.
Turn stories into equations. Identify what to add, subtract, or multiply.
Drag operations to both sides of the balance until the equation solves.
Manipulate equations on a balance scale with spring physics.
Drag vertices, watch measurements update. Prove theorems visually.
Construct mathematical proofs step by step. Induction, contradiction, direct.
Drag a function. Watch the derivative respond. See integrals converge.
Drop 500 balls through pegs. A bell curve forms from pure randomness.
Design bridges. Apply load until failure. See which member broke and why.
Test airfoil designs in a wind tunnel. Visualize lift, drag, and thrust.
Program robot arms. Design sensor arrays. Train neural navigation.
Fast-forward millions of years. Watch plates collide and mountains rise.
Place planets, set velocity. Too slow they crash, too fast they escape.
CO2 rising, ice melting. Find the intervention before the tipping point.
Trace stellar evolution on the HR diagram. From main sequence to supernova.
Read topographic maps. Model plate boundaries and earthquake propagation.
Beyond STEM
5 modesHistory Sim
Navigate 15 pivotal moments. Every decision cascades through timelines.
→Business Case
Run a startup quarter by quarter. Allocate budget. Pivot, scale, or fail.
→WriteCraft
Build stories element by element. Track narrative tension on a live graph.
→Clinical Sim
Monitor patient vitals. Order tests, apply treatments. Save the patient.
→Cyber Sim
Respond to live incidents. Contain ransomware before it spreads.
→