Engineering
Why truss bridges use triangles
Trace how a triangular truss keeps its shape and carries bridge loads through tension and compression.
Everyday physics
Follow forces, motion, light, and energy through ordinary scenes
Photograph a bridge, reflection, bicycle, shadow, or moving object and turn what you can see into a testable physical explanation.
Curious learners who want a rigorous explanation of the physics hiding in familiar objects.
What this helps you do
- Trace a load or energy path
- Separate observation from inference
- Find equations only when they clarify the mechanism
A simple working method
- 01 Capture the whole setup
Include supports, surroundings, and reference points instead of cropping to one isolated detail.
- 02 Ask what changes
Use the hidden variables section to imagine how load, angle, speed, area, or material would change the result.
- 03 Observe safely
Use the next-step prompt without entering roads, climbing structures, or touching hazardous equipment.
Use it with scientific judgment
A photo cannot measure invisible forces or certify structural safety. Treat force directions and values as hypotheses until measured.
What science is in your photo?
Choose a depth before analysis and keep the result private unless you decide to share it.
Analyze a photo →