News

As quantum computing technologies continue to mature, testing and evaluating different hardware approaches in practical use cases is essential. The OpenSuperQPlus quantum demonstrators provide such opportunities for experimentation.

As the five-year QSolid project enters its final year, the consortium has released a new video highlighting the most significant achievements from across its work packages.

A new Quantum Computing Advisory Board (Q-CAB) has been established to consult on the future of quantum computing in Europe.

While today’s Quantum computing prototype systems can already tackle computational problems at the limits of classical computers, the path toward fully scalable, fault-tolerant quantum computers is now becoming clearer.

While the field of quantum computing is advancing rapidly, there remains a shortage of professionals with the skills needed to translate theoretical knowledge into practical applications.

A new study from OpenSuperQPlus and partner projects introduces scalable benchmarks to reliably measure and compare the performance of emerging quantum computing systems.

An international team of scientists from Forschungszentrum Jülich (Germany) and Los Alamos National Laboratory (USA) has recently uncovered new insights into a promising quantum algorithm for solving complex optimization problems.

QSolid reaches a key milestone by opening its quantum computer prototype to external users, marking a major step toward practical, integrated quantum computing applications.

TU Delft researchers examine the challenges of accessing quantum technologies, from defining meaningful use to balancing openness with security, within the broader OpenSuperQPlus initiative.