SCIENCE · MECHANISMS · EXHIBIT IDEAS
Start with a question. Watch a demonstration, understand the principle and explore how the idea can become an exhibit.
Explore 21 articles & guides ↓
FEATURED EXPLANATIONAdditive Color Mixing: Why Red and Green Light Can Look Yellow 
SOUND & VIBRATION · 6 MIN READ
A vibrating plate can organize scattered granules into lines. Explore why the particles collect near nodes, how different vibration modes emerge, and why frequency, support and driving conditions must be considered together.
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ELECTRICITY & MAGNETISM · 5 MIN READ
A jumping ring makes an invisible electrical process visible. Follow the chain from changing magnetic flux to current and force, then distinguish a useful scientific model from what a design-image sequence actually demonstrates.
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MOTION & MECHANISMS · 5 MIN READ
A spinning wheel's unexpected response becomes clearer when its axis is treated as a direction of angular momentum. Explore torque, gravity and precession, then compare the explanation with a related supported-wheel demonstration.
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MOTION & MECHANISMS · 5 MIN READ
Count teeth to predict how a gear pair changes rotational speed, then add torque and direction to the explanation. A Gear Wall design preview provides a planning reference while the calculations remain explicitly ideal examples.
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SCIENCE & ART · 5 MIN READ
Kinetic sculpture makes movement part of an artwork. Use a mechanical horse demonstration to distinguish visible motion from hidden mechanisms, then connect rhythm, energy and observation with practical museum learning activities.
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AIR & FLUIDS · 5 MIN READ
An air vortex cannon turns a brief membrane movement into a travelling airflow pattern. Explore ring formation, entrainment and target response, then use a short workshop video to distinguish observation from explanation.
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WATER & OCEANS · 5 MIN READ
A water cycle model is useful when learners know what it represents. Start with visible water movement in a museum play installation, then use USGS explanations to add atmospheric processes, groundwater and the limits of the model.
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WATER & OCEANS · 5 MIN READ
Wind, tides and density differences help move ocean water, while rotation and geography shape its path. Use a seawater touchscreen demonstration as a starting point, then distinguish its on-screen explanation from measurements of real ocean circulation.
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PROJECT PLANNING · 4 MIN READ
Prepare an interactive exhibit design brief covering the visitor action, site, operation, maintenance and acceptance checks before requesting a quotation.
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