Microsoft and its Azure Quantum collaborators keep breaking new ground on research projects that advance different critical aspects of quantum computing.
Microsoft and its collaborators on the Azure Quantum project have been consistently breaking new ground with quantum computing research projects, most recently by quadrupling the number of logical qubits they are able to create. This is just the latest in a number of important quantum research projects conducted this year that have significantly advanced different critical aspects of quantum computing including qubit count and error correction.
However, it is important to recognize that the Azure Quantum Elements platform is built so that custom applications for other scientific domains can snap into it. It is not limited to chemistry and materials science; instead, this focus is based on industry recognition that these domains are the most promising for near-term quantum applications. Microsoft fully expects that other applications, such as life sciences problems, will also find solutions on this platform.
In 2025, Quantinuum will be introducing a new H-Series quantum computer, Helios, that will increase the number of physical qubits and increase physical qubit fidelity. Those two factors will also allow a wider set of error correcting codes to be used and the use of an increased number of logical qubits.
Atom Computer’s new ytterbium processor is still in development, and even though a number of research projects with Microsoft have been completed, the results of those experiments have yet to be published.of 800x using qubit virtualization. This method combined Quantinuum’s high-fidelity H2 ion-trap quantum computer with Microsoft’s qubit virtualization system.
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