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Explore the evolution of coding theory through Reed Muller codes, from sphere packing to iterative algorithms and quantum computing applications.
Explore advanced quantum coding techniques for scalable surface-code decoders, focusing on time parallelization methods to enhance quantum error correction efficiency.
Exploration of bosonic code design for quantum computing, covering GKP and cat codes, with focus on implementing logical gates and new multimode cat code constructions.
Explore Floquet codes in quantum computing, their applications, and recent advancements with IBM researcher Benjamin Brown in this comprehensive tutorial.
Explore bosonic codes in quantum computing with Victor Albert, covering advances in quantum coding theory and their applications in error correction.
Explore the latest research on quantum low-density parity-check codes, focusing on parameter bounds and their implications for quantum error correction and communication.
Explore quantum coding theory with a focus on logical operations in Floquet codes, examining advancements and implications for quantum information processing.
Explore quantum error correction with logical gates in qLDPC codes, focusing on recent advances and their implications for quantum computing.
Explore the cutting-edge field of neutral atom technology in this insightful panel discussion featuring leading experts in quantum computing and atomic physics.
Explore innovative Floquet codes derived from hyperbolic surfaces, offering efficient quantum error correction with improved distance scaling and potential for near-term experimental implementation.
Explores advanced quantum coding theory, focusing on homological quantum rotor codes for encoding logical information. Discusses applications in superconducting devices and potential hardware implementations.
Overview of neutral atom quantum computers, their operations, and suitability for error-corrected computations, highlighting key characteristics and opportunities for enhancement.
Explore hybrid-fusion architecture for quantum error correction using XZZX surface code, focusing on biased-erasure noise in metastable Yb qubits and its high thresholds and low overheads.
Explore Viderman's Algorithm for quantum LDPC codes, examining its applications and implications in quantum error correction and coding theory.
Explore quantum error correction and fault tolerance in stabilizer channels, focusing on recent advancements and their implications for quantum computing systems.
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