Category: Activities Computing And Algorit
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Design of a distributed infrastructure for Quantum Computing
Design of a distributed infrastructure for Quantum Computing Introducing quantum computing technology in HEP workloads requires a fundamental shift in how algorithms and applications are designed and implemented compared to classic software stacks. Easy access to a variety of hardware and software solutions is essential to facilitate the R&D activity. With the project Distributed Quantum
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Algorithm Optimisation and Benchmarking
Algorithm Optimisation and Benchmarking With limited qubit counts, connectivity and coherence times of the present quantum computers, quantum circuit optimisation is crucial for making the best use of those devices. In addition to the above algorithmic studies, this activity intends to study novel circuit optimisation protocols and error mitigation strategies to exploit at best near
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Quantum Algorithms for HEP workloads and Quantum Machine Learning
Quantum Algorithms for HEP workloads and Quantum Machine Learning In HEP, data is generated from a fundamentally quantum process. Even after measurement, quantum correlations between the produced particles can be probed by, e.g., studying the angular distribution of their momenta. The angular correlations between the measured momenta of the particles are a direct consequence of