Recent #Quantum Sensors news in the semiconductor industry

2 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
2 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
7 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
9 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
10 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