A metallic top spins on a reflective table. As its spin decays, gravity causes its axis to precess and wobble with growing amplitude — a real-time model of classical gyroscopic precession. In physics, a spinning top's angular momentum L points along its spin axis; gravity acting on its offset center of mass creates a torque perpendicular to L, which doesn't tip the top over but instead makes its axis sweep sideways (precess) around vertical.
The precession rate is approximately Ω = τ / (Iω), so as friction slows the spin (ω), the same gravitational torque (τ) causes the precession to speed up — exactly what you see here as the top winds down. A small superimposed wobble (nutation) adds realism. Real desk tops typically spin at 1000–3000 rpm when launched, and the same math underlies gyroscopes used in ship/aircraft navigation and inertial stabilization systems.
Camera slowly orbits for a close-up cinematic view until you drag to take control.