Galicia Quantum Technologies Hub

| Dpto. Promoción

Author: Dpto. Promoción

TNBS: A Kernel-Based Benchmarking for Digital Quantum Computers

20 de June de 2025

The systematic evaluation of the performance of Quantum Computers allows users to identify the best platform to execute a certain class of workload, and it can also guide the future developments of hardware companies. The NEASQC Benchmark Suite (TNBS) is a methodology designed in the context of the NEASQC (NExt ApplicationS of Quantum Computing) European project to perform such evaluation across several benchmark cases identified as common in one or several domains of application of Quantum Computing.

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Quantum Compilation Process: A Survey

20 de June de 2025

Quantum compilation, critical for bridging high-level quantum programming and physical hardware, faces unique challenges distinct from classical compilation. As quantum computing advances, scalable and efficient quantum compilation methods become necessary.

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USC Quantum Computing Workshop

USC Quantum Computing Workshop

13 de February de 2025

An introductory workshop with a focus on practical applications related to search and optimization problems. It consists of 3 Friday afternoon sessions on February 28, February 7 and March 14, 2025 from 15:00 to 19:30, and a full day Haqathon on Friday March 21, 2025 from 9:30:00 till 20:00 to

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TalentQ Seminar | Diego Andrade

3 de December de 2024

diciembre 3 @ 16:00 – 17:00     Speaker: Diego Andrade Canosa Abstract: Benchmarking Quantum Computers is required to objectively evaluate these platforms’ performance, stressing their capabilities and leading the evolution of the hardware platforms. Some approaches work at the hardware level and are not necessarily linked to any practical application,

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Guillermo Díaz - Partitioning quantum algorithms

CESGA researches algorithm partitioning to help design the programming of future quantum computers

21 de October de 2024

CESGA researches algorithm partitioning to help design the programming of future quantum computers Quantum computers are still small and error-prone, but the scientific community is already preparing for a scenario with large, sophisticated machines or networks of small, well-connected (or, in quantum jargon, entangled) machines. Partitioning quantum algorithms, which chops

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David Barral - Quantum highway

CESGA projects Spain’s longest quantum highway

21 de October de 2024

CESGA projects Spain’s longest quantum highway Quantum key distribution promises to revolutionize communications security thanks to the invulnerability that the laws of quantum mechanics confer on the exchange of information. Applying this technology over long distances is a scientific and technological challenge to which CESGA, in collaboration with VQCC, contributes

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