Summary
Proposes a protocol to detect entanglement using only local measurements combined with classical post-processing. The key insight is that proper state preparation enables entanglement detection without requiring global operations.
Key Ideas
- Avoids the need for full Quantum State Tomography
- Uses Tensor Network techniques for efficient computation
- Applicable to many-body systems where global measurements are impractical
Related
- Builds on Tensor-Network Approach for Quantum Metrology in Many-Body Quantum Systems
- Connects to Entanglement Witness methods