Speaker
Barbara Soda
(Perimeter Institute)
Description
We model relativistic equations of motion, i.e. the physics of first quantization, using a port-based teleportation protocol. The entanglement resource is found in a quantum field's vacuum, and the measurement needed for a teleportation protocol is found in the interaction between a piece of matter and the vacuum of a quantum field. In this way, we find an interesting mapping between second-quantized physics, and first quantized physics, pointing at an information-theoretic interpretation of the Planck constant as measuring the amount of entanglement in a quantum field's vacuum. We will compare this result with results in holographic, AdS/CFT toy models.
Author
Barbara Soda
(Perimeter Institute)
