Researchers from Regensburg, Marburg, and Jülich have visualized the dynamics of Landau-Zener-Majorana transitions in graphene using a novel slow-motion electron camera. This technology combines…
The DLR Quantum Computing Initiative has launched its first QCI Next projects aimed at enhancing hardware, software, and applications for practical impact. Key projects include HAPEQS, which develops…
The BASIQ Transfer project focuses on using quantum algorithms to simulate processes in battery materials, aiming to enhance the development of safe and efficient energy storage for electric mobility…
The FÖNIQS project focuses on addressing the scaling challenges of quantum computers based on nitrogen-vacancy (NV) centers in diamond. It aims to develop technologies and methods for producing…
The QSolid project, coordinated by Forschungszentrum Jülich, has brought together 26 research institutions and companies in Germany to develop a quantum computer over nearly five years. With a budget…
Baden-Württemberg has achieved significant success in quantum sensing research, with nine out of 19 selected projects receiving funding from the SPRIND program. These projects aim to expand the…
Researchers from the Institute of Physics Zagreb have demonstrated the existence of discrete one-dimensional solitons in a photonic lattice created in warm rubidium vapor. This experiment utilized…
The ETH spin-off Qendra is developing control systems for quantum computers that synchronize various components, such as lasers and cameras, essential for quantum operations. These systems aim to…
The Q2Fly initiative focuses on developing simulation and design methods for efficient fuel cell systems, aiming to enhance hydrogen-based propulsion for climate-neutral aviation. It combines quantum…