Core Concepts
Novel one-shot inner bounds for entanglement transmission over quantum channels are achieved through rate splitting techniques.
Abstract
The content introduces the concept of rate splitting in classical and quantum channels. It discusses the application of rate splitting to achieve inner bounds for entanglement transmission over quantum channels, focusing on the point-to-point channel scenario. The process involves splitting Alice into two senders, utilizing successive cancellation decoding strategies, and maintaining invariants through a splitting scheme. The discussion also touches on strong subspace transmission and the implications of rate limited entanglement assistance.
The content is structured as follows:
Introduction to Rate Splitting in Classical Channels
Application of Rate Splitting to Quantum Channels
Strong Subspace Transmission Definition
Achievable Bounds with Rate Limited Entanglement Assistance
Key Highlights:
Rate splitting technique explained for classical and quantum channels.
Successive cancellation decoding strategy outlined.
Invariants maintained through a splitting scheme.
Implications of rate limited entanglement assistance discussed.
Quotes
"Rate splitting allows achieving novel inner bounds for entanglement transmission."