02 / THE LAB
What if…?
Change one thing. Notice what happens. These small instruments turn an abstract idea into something you can explore.
01 / SUPERPOSITION
One plus one
can look different.
At every point, the two displacements add. Change the phase and watch reinforcement turn into cancellation.
y = sin(fx − t) + 0.55 sin(2fx − t + φ)
A mathematical illustration, not a full physical simulation.
02 / GEOMETRY
A small change
in the shape of things.
Eccentricity measures how far an ellipse is from a circle. The focus stays marked while the path changes around it.
x = a cos θ − ae · y = a√(1 − e²) sin θ
The moving point uses uniform parameter speed. It is a geometry sketch, not a Keplerian orbit.
03 / A STARTING POINT
Make a better question.
Choose something to look at. Give yourself a useful constraint. See where it leads.
What would change about learning a difficult idea if you tried to test the smallest useful version?
A small prompt tool. Runs locally, without AI or data collection.
Every model leaves something out. Knowing what it leaves out is part of understanding it.
Read about the wave model