WATCH / TEXT ALTERNATIVE

Twelve 3D Worlds — Guided Tour,
in words.

A text alternative to the film’s English narration.

Back to the film room

Narration transcript

Times refer to the 8:50 film. Captions are extracted from the original embedded track, rather than a new independent transcription.

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Welcome to twelve three-dimensional worlds from Kyzel Kreates™.

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This guided tour gives each App time to explain what you explore, what you can change, and how an activity

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helps you understand the subject through observation and practice.

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4P3X ScaleQuest™ begins with a wilting plant.

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Raise water availability while keeping light fixed, then run the experiment to connect the model’s recovery

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with water and cell firmness.

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Move inside an enlarged leaf cell and compare viewpoints.

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The cutaway exposes the wall, membrane, vacuole and chloroplasts, making their relationships visible while

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colours and thicknesses are simplified for learning.

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Soil Safari examines mineral grains, pore routes and water symbols.

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Inspect the openings and run the investigation, learning why a visible space does not always create a complete

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route through soil.

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4P3X OceanQuest™ opens on a coral reef you can move through.

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Its investigation asks you to compare coral, temperature and runoff evidence before deciding what explains a

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fading reef.

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At the research submarine, adjust both robot-arm joints to align the sampling target.

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Collect the capsule, then inspect the arm’s pose, connecting a controlled practical task with evidence

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gathering.

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The deep-ocean investigation changes research depth to two thousand metres.

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Compare the darker surroundings with the approximate pressure reading, learning why conditions change so

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dramatically below the ocean’s surface.

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4P3X SoundCraft Academy™ begins in an instrument gallery.

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Rotate a guitar and compare the front and side views, connecting its visible parts with the instrument that

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produces the sound.

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In Rhythm Foundry, place kick and snare beats into a repeating pattern.

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Play the sequence and follow its timing, discovering how separate sounds combine to make a recognisable

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rhythm.

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In Melody Gardens, choose notes and arrange a short phrase.

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Play it back and follow the illuminated sequence, linking what you hear with the musical choices you made.

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4P3X LogicCity™ begins with precise instructions.

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Move the robot forwards, turn right and move again, then compare its position and direction to understand why

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the order of commands matters.

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The sorting factory introduces conditions.

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Each rule checks a parcel’s colour and sends matching items to a bay, showing how one instruction can sort

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several parcels instead of handling each separately.

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Debugging makes a wrong turn useful evidence.

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Watch the blocked route, change left to right and run again; the corrected movement shows how one instruction

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changes the robot’s outcome.

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4P3X CosmosQuest™ begins with Saturn in the planetary observatory.

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Orbit the view and inspect its rings from different angles; sizes and spacing are adjusted to make exploration

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possible.

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In the two-body gravity laboratory, change the mass ratio and watch both objects orbit their shared centre.

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The heavier body follows a smaller path, while its companion travels farther around it.

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Star Nursery follows a Sun-like star into its red giant stage.

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Compare the changing size and appearance, remembering that the teaching sequence compresses immense spans of

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time into a short exploration.

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4P3X ChemQuest™ raises the particle chamber’s model temperature and shows a gas arrangement.

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Compare movement and spacing while recognising the intact water molecules: changing state does not change

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their identity.

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In the molecule workshop, methane becomes a shape you can inspect.

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Rotate four hydrogen atoms around a central carbon, discovering how their tetrahedral arrangement differs from

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a flat drawing.

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Reaction Garden changes the partners without losing atoms.

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Move the fictional reaction to its product arrangement, then count each type before and after, making

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conservation visible in a closed display.

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4P3X BodyQuest™ opens an enlarged heart for exploration.

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Follow chambers, valves and blood pathways, using the labels to understand how the pump connects the lungs

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with the body.

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The lung journey follows air into the smaller branches and alveoli.

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Inspect the nearby blood supply and discover why oxygen and carbon dioxide cross the thin walls in opposite

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directions.

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The digestive journey traces food from mouth to intestine.

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Explore how mixing, enzymes and a folded absorption surface work together, turning a familiar meal into

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nutrients the body can use.

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4P3X LightLab™ turns light into a visible investigation.

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Change the glass index and prism angle, then follow the separated coloured rays to compare how different

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wavelengths change direction.

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The reflection laboratory steers a beam by changing a mirror’s angle.

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Trace its new path and compare the receiver alignment, connecting the apparatus with the rule of equal

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reflection angles.

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At the lens workshop, move the screen until it meets the focused image.

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Follow the rays and compare their crossing point, using the simplified lens model to understand image

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formation.

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4P3X EarthQuest™ opens a volcano from the inside.

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Run the eruption sequence and follow activity above the crater, connecting underground magma with surface

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change in a simplified teaching model.

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The plate laboratory shows oceanic subduction at a convergent boundary.

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Advance the model time and inspect one plate descending beneath the other, connecting greatly accelerated

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movement with geological processes.

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Follow a tsunami teaching sequence from offshore towards the coast.

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The wave changes in shallower water, helping explain coastal disturbance; exaggerated distances and height

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make this a comparison, not a forecast.

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4P3X RomeQuest™ opens a Roman home from the inside.

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Reveal the courtyard, rooms and furnishings, then connect this reconstructed setting with lesson evidence

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about households and social relationships.

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Pompeii’s volcano investigation distinguishes magma from an ash cloud.

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Play the eruptive sequence and follow rising material, falling particles and ground-level activity, connecting

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the teaching model with the historical lesson.

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Today’s comparison places classical forms beside a modern street.

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Inspect the arch and columns, then use the lesson evidence to distinguish architectural borrowing from the

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history of a modern institution.

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The 4P3X AI CAD 3D Workshop begins in an explorable working space.

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Walk towards the benches and turn to inspect the shelving, then open a challenge based on measurable

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three-dimensional geometry.

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The first measured block focuses on width, depth and height.

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Enter the requested dimensions, apply them and check the brief, using numbers to verify what the model shows.

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An open tray adds walls, a floor and usable space inside.

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Compare orbit and top views, then examine how the outer dimensions and wall thickness shape the finished

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training part.

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4P3X EndOfTheWorldVerse™ is a separate infrastructure and disruption simulation.

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Turn the street view to inspect roads, buildings and the connections between services that support everyday

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life.

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Inside the bank and pharmacy building, look around the ground floor.

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Counters, shelving and stock give the services a physical setting, connecting the town’s wider systems with

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activity inside its buildings.

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Take control of a Wildcat in the same town.

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Use its acceleration and braking controls, then inspect the surrounding route, connecting transport with the

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roads and services it needs to reach.

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Across these worlds, the aim is to connect exploration with a useful explanation.

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Observe the scene, change one thing, compare the result and explain your reasoning.

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Powered by 4P3X Intelligent AI™.

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Created by Kyzel Kreates™.

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