- 00ENTER
- 01OBSERVE
- 02PREDICT
- 03EXPERIMENT
- 04MEASURE
- 05EXPLAIN
- 06DISCOVER
TOUCH THE IDEA.
TEST THE THEORY.
Explore scientific concepts through interactive 3D experiments you can control, measure, repeat, and understand.
CHANGE THE FORCE.WATCH THE WORLD RESPOND.
Tune a pendulum, predict its period, then compare your model with the measured motion.
MODEL LIMIT Small-angle model; air drag and string mass are simplified.
SEE THE FORCESYOU USUALLY CAN’T.
Move a field source and watch test vectors respond in direction and magnitude.
MODEL LIMIT Two-dimensional sampling represents a simplified three-dimensional field.
BUILD MATTER,ONE ATOM AT A TIME.
Assemble safe virtual molecules and inspect bonds, labels, and molecular geometry.
MODEL LIMIT Virtual only. Electron density and atomic radii are schematic.
THE SAME PARTICLES.A DIFFERENT KIND OF MOTION.
Change thermal energy and observe how particle speed, spacing, and pressure respond.
MODEL LIMIT Particles and distances are not shown at literal scale.
FOLLOW EVERY ATOMTHROUGH THE CHANGE.
Track atoms through a balanced, virtual formation-of-water model.
MODEL LIMIT Conceptual animation only; no quantities or real-world procedure.
ZOOM FROM ORGANISMTO ORGANELLE.
Travel into a generic animal cell and isolate its working structures.
MODEL LIMIT Cell shape, sizes, and motion are simplified and not diagnostic.
INFORMATION WRITTENIN FOUR BASES.
Separate a DNA helix, identify base pairs, and build a short educational sequence.
MODEL LIMIT Traits usually involve complex genetic and environmental interactions.
CHANGE ONE PART.WATCH THE SYSTEM ADAPT.
Adjust rainfall and observe linked changes in plants, consumers, and habitat health.
MODEL LIMIT Conceptual trend model; not a real ecological forecast.
COMPLETETHE CIRCUIT.
Close a switch, adjust resistance, and compare conventional current with electron motion.
MODEL LIMIT Ideal components omit heating and manufacturing tolerances.
FREQUENCY, AMPLITUDE,AND THE PATTERNS BETWEEN.
Create two sources, inspect interference, then move a prism through a virtual light beam.
MODEL LIMIT Sound starts muted; spatial and optical models are simplified.
A PLANET OFCONNECTED SYSTEMS.
Reveal atmosphere, ocean, ice, and circulation layers around a rotating Earth.
MODEL LIMIT Educational tendency model; not a professional climate forecast.
CHANGE YOURSCALE OF THINKING.
Compare planets, orbit periods, atmospheres, and educational scale modes.
MODEL LIMIT Compressed distances and educational sizes are explicitly not to scale.
FALLING AROUNDA WORLD.
Set an initial velocity and discover stable, elliptical, escape, or collision paths.
MODEL LIMIT Two-body model omits perturbations, drag, and relativistic effects.
DESIGN IT. TEST IT.IMPROVE IT.
Load a bridge model and inspect safe, moderate, and high-stress members.
MODEL LIMIT Stress visuals are qualitative and not suitable for real engineering decisions.
CHOOSE YOURNEXT QUESTION.
Browse physical instruments by subject, difficulty, duration, and learning goal.
MODEL LIMIT Estimated durations vary with exploration mode and learner context.
ASK. PREDICT. TEST.MEASURE. EXPLAIN.
Write a hypothesis, control variables, and run three repeatable pendulum trials.
MODEL LIMIT Generated results include small simulated measurement variation.
KEEPTHE EVIDENCE.
Save predictions, observations, measurements, and conclusions on this device.
MODEL LIMIT Demo notes remain in this browser unless you export them.
TURN EVERY SCREENINTO A LAB.
Compose a guided activity with objectives, variable limits, and misconception prompts.
MODEL LIMIT Student data is simulated; standards alignment requires formal review.
SEE WHATYOU’VE EXPLORED.
Rotate a knowledge constellation connecting concepts, skills, and next questions.
MODEL LIMIT Progress reflects platform activity—not intelligence or scientific ability.
CAN YOU PREDICTWHAT HAPPENS NEXT?
Place a landing marker, run the projectile model, and explain the evidence.
MODEL LIMIT Completion is practice, not formal certification.
EVERY DISCOVERYSTARTS WITH A QUESTION.
Open the laboratory, change the variables, and learn by watching the world respond.
MODEL LIMIT Content should receive educational review before public classroom release.