This workshop will bring together researchers, developers, and practitioners working on all aspects of Quantum Error Mitigation (QEM) and error resilient compilation - from those studying sampling costs to those implementing protocols in real-world quantum computing pipelines.
Quantum technologies promise to revolutionize our ability to acquire, communicate, and process information. However, the fundamental limits of quantum technologies—stemming from factors including external noise, energetic costs, and the complexity of controlling many-body dynamics—are still not fully understood. This conference will bring together experts bridging theory, experiment, and commercial applications, to address questions such as:
The Quantum Software Lab at the University of Edinburgh invites applications for several (at least 2) Postdoctoral Researcher positions in areas including, but not limited to, quantum algorithms, quantum machine learning, verification, error mitigation, benchmarking, distributed and cloud quantum computing, quantum cryptography, quantum communications and quantum simulation.
We are looking for exceptional and motivated candidates for a postdoc / quantum softwere engineer in quantum device characterization and error mitigation. The position is funded by the grant " National Supercomputing Infrastructure for EuroHPC - EuroHPC PL" realised in Center for Theoretical Physics PAS in Warsaw and coordinated by dr Michał Oszmaniec.
We are looking for exceptional and motivated candidates for a postdoc / quantum softwere engineer in quantum device characterization and error mitigation. The position is funded by the grant " National Supercomputing Infrastructure for EuroHPC - EuroHPC PL" realised in Center for Theoretical Physics PAS in Warsaw and coordinated by dr Michał Oszmaniec.
