Three qubit system for kicked top model
Masters thesis — Visvesvaraya National Institute of Technology Nagpur, 2025. Full text: https://archive.org/details/sgng.19113-three-qubit-system-for-kicked-top-model
Arguments
Three qubit system for kicked top model
Quantum chaos in tiny controllable systems is the testbed for quantum computing — the boundary between predictability and chaos is where you learn what a quantum device can actually compute before it escapes control.
A three-qubit kicked-top model — a toy quantum system kicked repeatedly — can be tuned between order and chaos: symmetric vs. asymmetric qubit interactions drive the system from periodic, entanglement-free revivals to quasi-periodic dynamics where entanglement persists, demonstrating the quantum-classical correspondence between regular motion and chaos in a system small enough to fully analyze.
Why it matters
Quantum chaos in tiny controllable systems is the testbed for quantum computing — the boundary between predictability and chaos is where you learn what a quantum device can actually compute before it escapes control.
Use when: Complexity doesn't need size — three qubits are enough to go from perfectly predictable to chaotic, depending only on how they interact.