Helmholtz Quantum Use Challenge
With the Quantum Use Challenge, the Helmholtz Association promotes innovative research projects that aim to translate quantum technologies into concrete applications. The initiative’s goal is to harness the potential of quantum computing, quantum sensing, and related technologies to address key societal challenges in the fields of health, energy, and Earth & environment. A particular focus lies on close collaboration between developers of quantum technologies and users from various disciplines in order to accelerate the transfer into practical applications.
The project duration is three years, and all projects started on January 1, 2026.
QT-Batt - Quantum Technologies for Batteries
The QT-Batt project explores how quantum technologies can help to create better and more sustainable batteries for the future.
Researchers in this project combine quantum computing and quantum sensing to better understand what happens inside batteries. Quantum computers can simulate the behavior of battery materials at multiple scale, helping scientists design improved components such as solid electrolytes and advanced electrodes.
At the same time, the project develops highly sensitive quantum sensors that can measure tiny changes in temperature and electromagnetic fields inside working batteries. These sensors provide valuable insights into how batteries operate, age, and sometimes fail.
By bringing together quantum science and energy research, QT-Batt aims to develop tools that help design longer-lasting, safer, and more efficient batteries. These advances will support the development of cleaner energy technologies and contribute to a more sustainable future.