Can we accurately map how entangled multiple qubits are without measuring their complete state? This method now classifies block structures with over 95% accuracy across simulations involving up to 100 qubits, a substantial improvement upon previous techniques limited to classifying only 19. The protocol successfully identifies these arrangements within superconducting processors containing up to 13 qubits before limitations arise from noise.
Researchers Detect Entanglement Patterns in 100-Qubit Systems
Can we accurately map how entangled multiple qubits are without measuring their complete state? This method now classifies block structures with over 95% accuracy across simulations involving up to 100 qubits, a substantial improvement upon previous techniques limited to classifying only 19. The protocol successfully identifies these arrangements within superconducting processors containing up to 13 qubits before limitations arise from noise.