➀ The QSens cluster at the Universities of Stuttgart and Ulm focuses on quantum sensor research and practical applications. ➁ The BMBF is funding QSens with EUR 15 million for another three years. ➂ QSens aims to develop quantum sensors for biomedical technology, energy storage, and intelligent systems, with a focus on market maturity and technology transfer.

➀ The Fraunhofer Institute for Integrated Circuits IIS has developed a patented method with GEM Recovery Systems GRS to analyze antimony particles in rock using modern sensor technology. This allows for the identification of rare earths and minerals in rock and separation from worthless materials, increasing independence on this critical raw material. ➁ Antimony is a key component in many products, including semiconductor technology, solder, and car batteries. China and Russia are major suppliers, but China is imposing export restrictions on the rare material. ➂ The researchers are developing a sensor-based sorting technology to identify the metal in mining operations. This new technology could significantly reduce resource consumption and investment costs in the mining industry.

1. Holger Großhans and his team at the Physikalisch-Technische Bundesanstalt (PTB) have received an ERC Proof of Concept Grant to develop measures against dust explosions. 2. The grant, worth 150,000 euros, will primarily support the technology transfer of the MefiX device, which measures electrostatic charges in powder flows to prevent explosions. 3. This grant aims to commercialize the technology, turning scientific research into practical, user-friendly solutions that prevent explosions, protect lives, and avoid costly damages.