Published:
The goal of this blogpost is to explain quantum capacity theorem and its proofs (achievability and converse). First, we shall build our intuition through a toy example of private classical communication and creation of one distance-separated shared entanglement using a specific noisy quantum channel. Finally, we shall dive into the statement and proofs of quantum capacity theorem.
Published:
This post is a summary of the paper ``Supercoducting quantum circuits at the surface code threshold for fault tolerance” by Barends et al. The goal of this blogpost is to focus on the key messages conveyed in the paper, and not to provide a complete detailed explanation.
Published:
This post is a summary of the paper ``Supercoducting quantum circuits at the surface code threshold for fault tolerance” by Barends et al. The goal of this blogpost is to focus on the key messages conveyed in the paper, and not to provide a complete detailed explanation.
Published:
The goal of this blogpost is to explain quantum capacity theorem and its proofs (achievability and converse). First, we shall build our intuition through a toy example of private classical communication and creation of one distance-separated shared entanglement using a specific noisy quantum channel. Finally, we shall dive into the statement and proofs of quantum capacity theorem.
Published:
This post is a summary of the paper ``Supercoducting quantum circuits at the surface code threshold for fault tolerance” by Barends et al. The goal of this blogpost is to focus on the key messages conveyed in the paper, and not to provide a complete detailed explanation.
Published:
This post is a summary of the paper ``Supercoducting quantum circuits at the surface code threshold for fault tolerance” by Barends et al. The goal of this blogpost is to focus on the key messages conveyed in the paper, and not to provide a complete detailed explanation.