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Diamond Wafers: The Future of Quantum Technology

One of the most promising materials for the implementation of quantum technologies is NV-doped diamond. However, there are currently very few products available in quantities and quality that are industrially acceptable.

Peter knittelAlex smithEvatec europeFraunhofer institute for applied solid state physicsQuantum technologyGerman federal ministry of educationEuropean unionDiamond substrates for quantum technologyLarge area diamond substratesFraunhofer instituteApplied solid state physicsGerman federal ministryProject coordinatorOriented diamond substratesSizes suitableSupply chain

Quantum Companies See Cash Injection: Week in Brief: 07/08/22 | Business | Jul 2022

Quantum Companies See Cash Injection: Week in Brief: 07/08/22 | Business | Jul 2022
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United statesIndian riverBruxelles capitaleOded melamedAxel grieschBarak dayanDan charashFraunhofer institute for applied solid state physicsCardiff catalysis instituteMax planck institute of quantum opticsElectronic products incWeizmann institute of scienceInstitute for compound semiconductorsTranslational research hubGerman federal ministry of defensePhotonics partnership annual meeting

A breakthrough could help detect early brain abnormalities with laser-based diamonds

Modern technology allows us to measure magnetic fields created by electric signals in our brains. Now, a breakthrough makes detection 10 times better.

Fraunhofer institute for applied solid state physicsRoyal melbourne institute of technologyRoyal melbourne instituteFraunhofer instituteApplied solid state physics

Discovery Could Inspire New Way to Detect Brain Abnormalities

The innovation is also relevant to a range of sectors beyond health care

United statesMarco capelliAndrew greentreeJan jeskeBrant gibsonFelix hahlFraunhofer institute for applied solid state physicsNational institutes for quantumCollege of staten islandRmit universityDiscovery could inspire new wayDetect brainFraunhofer instituteApplied solid state physicsProfessor andrew greentreeProfessor brant gibson

Scientists Develop Next-Gen Sensors to Detect Brain Anomalies

A diamond sensor powered by a laser that was devised by an international research team can measure magnetic fields up to ten times more precisely than current methods. Science Advances has published its findings.

Marco capelliAndrew greentreeJan jeskeBrant gibsonFelix hahlFraunhofer institute for applied solid state physicsCentre of excellenceNational institutes for quantumCollege of staten islandDevelop next gen sensorsDetect brainNanoscale biophotonicsImage creditFraunhofer instituteApplied solid state physicsProfessor andrew greentree