Recent #Quantum Sensors news in the semiconductor industry

3 months ago

❶ Markus Krutzik, head of the Joint Lab Integrated Quantum Sensors at Ferdinand-Braun-Institut (FBH), has been appointed as W3-S Professor at HU Berlin, focusing on advancing compact quantum sensor technology.

❷ His research targets practical applications like next-gen satellite navigation, medical biomagnetic field measurements, and quantum internet infrastructure, leveraging microintegration and space-grade laser technologies.

❸ Collaborations with FBH, HU Berlin, and international partners aim to strengthen Germany's quantum technology sovereignty through robust, space-ready semiconductor-based systems.

HPCQuantum Sensorssemiconductor
3 months ago

➀ Markus Krutzik was appointed as a W3-S Professor of Integrated Quantum Sensing at Humboldt-Universität zu Berlin, emphasizing the critical role of quantum sensing in Germany and Europe's technological sovereignty;

➁ His research focuses on developing compact, high-precision quantum sensors for satellite navigation, medical technology, and quantum internet infrastructure, leveraging semiconductor technologies and microintegration;

➂ Collaborations with international partners and regional quantum technology networks aim to advance real-world applications, including space-ready systems and advanced laser technologies.

Quantum Sensorssemiconductor
9 months ago

➀ Fraunhofer IAF has developed a virtual application lab for quantum sensing to promote the use of quantum sensors in industry.

➁ This platform offers comprehensive information about quantum magnetometers, applications, and measurement scenarios, allowing users to interactively perform example measurements.

➂ The virtual lab also provides access to expert knowledge and professional contacts for exchange and consultation, enhancing the transfer of research results into industrial innovations.

Fraunhofer IAFQuantum Sensorsindustryresearch
10 months ago
➀ Scientists in Stuttgart are developing a method to control prosthetics using quantum sensors to detect nerve signals; ➁ The technology uses optically detected magnetic resonance (ODMR) devices with diamond-based sensors; ➂ Spectrum Instrumentation's digitizers and arbitrary waveform generators are used for signal processing; ➃ The goal is to create a compact control box with a day's worth of battery life for prosthetics within three to four years.
MicroelectronicsPhotonic IntegrationQuantum Sensors
12 months ago
➀ The SPINNING project has made significant strides in developing diamond spin-photon quantum computers with lower cooling requirements and longer operating times.➁ The project demonstrates entanglement of qubit registers over long distances with high fidelity.➂ Advantages over superconducting Josephson junction quantum computers include lower error rates and longer coherence times.
Fraunhofer IAFQuantum ComputingQuantum SensorsQuantum Technology
about 1 year ago
➀ Researchers have developed a new laser system that could miniaturize cold-atom interferometers, potentially enabling them to fit into a shoebox. ➁ Cold-atom interferometers are currently lab-scale and have sensitivities in the range of billionths of a g, with potential for even higher accuracy. ➂ The new laser system uses silicon photonic modulators to reduce size and cost, potentially making these sensors more accessible for various applications.
GPSLaser TechnologyQuantum Sensors