Os investigadores Francisco Javier Cardama e Jorge Vázquez participan nun dos principais encontros internacionais sobre tecnoloxías cuánticas cun titorial dedicado a dúas novas ferramentas de código a...

Distributing quantum calculations across multiple processors typically demands direct communication between them. This work demonstrates variational quantum eigensolvers can instead leverage ‘embarrassingly parallel’ workflows, requiring no inter-processor links, to mitigate errors arising from differing noise profiles on each chip. Evaluations using the CUNQA platform suggest potential pathways towards scalable computations without complex hardware interconnectivity.

The team evaluated three distinct strategies for distributing calculations within the Variational Quantum Eigensolver algorithm using the CUNQA platform. The method enables more efficient computation by dividing quantum tasks between...

Cómo técnica del proyecto QuantumSpain en el Centro de Supercomputación de Galicia (Cesga), Marta Losada explica las principales líneas de trabajo de su equipo. Marta Losada Estévez es graduada en Fís...

Researchers have created CUNQA, a novel software tool that emulates distributed quantum computing systems within existing high-performance computers, enabling the testing and analysis of interconnected quantum processors before they are physically built.

Researchers developed CUNQA, an open-source emulator enabling the testing of distributed quantum computing models on existing high-performance computing systems, paving the way for future scalable quantum architectures. This tool uniquely simulates three communication schemes, offering valuable insights before real distributed quantum computers are built.

Qoro Quantum and CESGA demonstrated scalable quantum computing via HPC by successfully executing VQE and QAOA algorithms using Divi and CUNQA, paving the way for integrated quantum-classical workflows.

YouTube video by CESGA Centro de Supercomputación de Galicia

An HPC platform for simulating distributed quantum computing.

arXiv abstract link

Researchers have created CUNQA, a novel software tool that emulates distributed quantum computing systems within existing high-performance computers, enabling the testing and analysis of interconnected quantum processors before they are physically built.

Researchers developed CUNQA, an open-source emulator enabling the testing of distributed quantum computing models on existing high-performance computing systems, paving the way for future scalable quantum architectures. This tool uniquely simulates three communication schemes, offering valuable insights before real distributed quantum computers are built.