Explore a system. Look for evidence.

Step into places that are hard to see up close, then connect what you notice to a science question.

3 sample investigations · more can be added

VR: inspect scale, layers, movement and connected partsAI: scaffold observations, respond to questions, revisit misconceptionsNo simulated experiment is presented as real-world data

The AI guide should prompt the learner to observe and compare; it should explain the limits of a model and never replace the source evidence.

EARTH SYSTEMS · VOLCANO
Read the mountain’s layers

◉ VR field scene

Educational cutaway concept of a volcano showing layers and lava pathways

Trace one lava layer

How can layers record a volcano’s history?

Follow the visible bands. Which layer looks older, and what evidence helps you decide?

Your answer

Your response will appear here in the concept flow. The future AI guide could help connect it to evidence.

Earth science

Volcano layers

Compare lava-flow layers and map how a sequence can tell a geologic story.

VR · move from landscape to cutawayAI · guide layer comparisons

Coral reef with fish and different coral forms

Life science · ecosystems

Reef relationships

Observe organisms and conditions in a reef, then trace how parts of a food web are connected.

VR · inspect reef habitatsAI · build a clue-based food web

Lunar surface with visible impact craters and Earth in the distance

Space science · Moon

Read the craters

Inspect crater rims and ejecta patterns. Think about how impacts leave a record on the lunar surface.

VR · move over a lunar mapAI · prompt careful observations

AI + VR within every science investigation

VR experience

An explorable model makes size, layers and relationships visible. Learners can rotate, zoom, compare a cross-section, and choose a fixed or seated view.

AI learning guide

A question-led guide can notice what the learner is trying to explain, offer one hint at a time, and tailor a simpler or deeper explanation to the evidence.