MICROSOFT QUANTUM
Explore Microsoft's latest quantum computing research, from topological qubits and quantum error correction to algorithms, software and the engineering foundations of scalable quantum systems.
FEATURED RESEARCH
A reinforcement-learning approach to co-designing quantum error-correcting codes and decoders, with the decoder architecture incorporated into the code-design process.
Experimental characterization of superconductor-semiconductor heterostructures relevant to the materials and device physics behind topological quantum computing.
A quantum compilation method for directly approximating arbitrary one-qubit unitaries using repeat-until-success circuits and lattice-based exact synthesis techniques.
Research into quantum circuit simulation and compilation focused on representing and synthesizing quantum operations with outcome-complete methods.
A synthesis approach for implementing n-qubit Clifford unitaries using generalized S and CZ gates, with flexible trade-offs for quantum hardware implementation.
Research into quantum circuit simulation and compilation focused on representing and synthesizing quantum operations with outcome-complete methods.
