Quantum and Channel Coding

Credit:

Adobe

The Quantum and Channel Coding Group bridges the gap between state-of-the-art theoretical research and practical implementation in information processing systems.

Our work focuses on two primary frontiers: developing advanced quantum error correction to ensure the reliability of quantum computers and memories, and designing high-performance channel coding for next-generation wireless communications.

By integrating classical coding theory with quantum information science, we aim to build the robust, noise-resilient infrastructure necessary for the future of global connectivity and computation.

Links and more information

R-QIP - Reliable Quantum Information Processing

Quantum computers require precise control over very small systems, such as individual atoms. With current technology, errors do occur. For certain applications and algorithms, error mitigation is therefore essential. The R-QIP project addresses quantum error correction techniques to protect quantum computations from errors.

6G-RIC
Research and Innovation Cluster

Open and secure 6G technologies as a global market opportunity for Germany

The 6G Research and Innovation Cluster (6G-RIC) is a research hub designed to lay the scientific and technical foundations for the next generation of mobile communications (6G) across all technology levels, from radio access to core networks and fiber optic transport networks.

Website 6G-RIC

6G Non-Terrestrial Networks

for the full integration
of NTN component into 6G

The Non-Terrestrial Network (NTN) will complement the current Terrestrial Network (TN) and enhance the next generation of mobile networks and services. This will improve connectivity for users in unserved and underserved areas, benefiting both consumers and industries.

Website 6G-NTN

DLR Quantencomputing Initiative

Quantum computers offer enormous opportunities for business, industry and research.

To realise this potential, we need a strong and versatile quantum computing ecosystem.

With 2 Innovation Centers in Hamburg and Ulm and 39 projects for the full quantum stack the DLR Quantencomputing Initiative is creating the industrial basis and the economic environment for this ecosystem.

Website QCI