Spin Series — aorbital

Spin Series

Spin Series explores the synchronization and relativistic transformation of quantum spin systems through three interrelated simulations. Each work visualizes a different aspect of how coherence, rotation, and entanglement emerge from mathematical dynamics.

Kuramoto models a population of coupled oscillators whose phases gradually synchronize—an analogy to spin alignment within a collective field.
Lorentz Spinor I maps spin evolution on the Bloch sphere under relativistic rotation, tracing how internal states precess and distort as the reference frame accelerates.
Lorentz Spinor II extends this into the Hopf fibration, showing how the geometry of spinor space transforms continuously from rest to the speed of light.

Together, the trilogy visualizes spin not as an abstract quantum property but as a fluid topology—where synchronization, relativity, and geometry fold into one continuous field of motion.

Real-time generative visuals
2023

Kuramoto model

Coordinate system on bloch sphere

Hopf fibration under lorentz transformation