The project focuses on advancing ion trap technology for digital-analog quantum computing. It aims to develop and optimize methods for controlling individual ions as qubits, which are essential for complex quantum calculations. The initiative, led by the German Aerospace Center (DLR), seeks partners
Contract awarded. Originally published 10 months ago.
No single supplier dominates the field.
In research innovation, GERMAN AEROSPACE CENTER DLR has awarded 8 contracts to 8 suppliers.
+2 more suppliers
Across research innovation, the most active winners are WSP UK LIMITED, IPSOS MARKET RESEARCH LIMITED, IFF RESEARCH LIMITED — the field to beat, or your route in as a partner.
The DLR is the research center of the Federal Republic of Germany for aerospace. It conducts research and development in the fields of aviation, space, energy and transport, security, and digitalization. BECCAL aims to enable various experiments aboard the International Space Station (ISS) with ultr
The project "Quantum Tensor Networks for Quantum Simulations and Artificial Intelligence" (QuTeNet) is part of the DLR Quantum Computing Initiative, led by the DLR Institute for AI Security in collaboration with the Institutes for Quantum Technologies and Software Technology. The QuTeNet project foc
The Quantum-Inspired Traffic Signal Control (QI-TraSiCo) project, led by the German Aerospace Center (DLR), aims to revolutionize traffic management using quantum computing technologies. As urban traffic continues to increase, leading to more congestion and environmental impact, optimizing traffic s
This procurement opportunity aims to acquire, implement, and maintain a Hazard Management System (GMS), including necessary hardware and on-demand services. The contract will last for 4 years, providing essential tools for managing hazards effectively. Suppliers are invited to submit their proposals
Fund collaborative data service networks to connect practitioners and improve research support services across the social science sector.
Get up to £250,000 to develop marine robots and autonomous underwater vehicles designed to operate reliably in extreme Arctic conditions over 18 months.
Fund innovative wearable and observation-based methods to measure how home learning environments influence child development and educational outcomes.
BBSRC is funding large collaborative bioscience research teams with grants of £2 million or more for five-year projects aimed at achieving major breakthroughs in understanding living systems.
