Cluster: Quantum technology
A cluster of topics in quantum technology with applications outside of quantum computing.
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Edits on 21 May, 2020
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Cluster: Quantum technology
A cluster of topics in quantum technology with applications outside of quantum computing.
Edits made to:
Cluster: Quantum technology
A cluster of topics in quantum technology with applications outside of quantum computing.
Edits on 20 May, 2020
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Cluster: Quantum technology
A cluster of topics in quantum technology with applications outside of quantum computing.
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- The Quantum Technologies FlagshipQuantum Technologies Flagship (European Union)
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Quantum photonics
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Research groups and initiatives
Research groups and initiatives
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Aerospace and defense
Medicine and diagnostics
Quantum materials and processors
Semiconductor electronics
Sensors
- Apogee Instruments
- Atomionics - applications in navigation
- Bosch
- ColdQuanta
- Honeywell
- HP
- M Squared (Glasgow)
- Microsemi
- QLM Technology
- Qnami - applications in medical imaging (MRI) and semiconductors
- Quantum Detectors
- Texas Instruments
Research groups and initiatives
Research groups and initiatives
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Communication, cryptography and security
- KETS Quantum Security
- Maxitech
- Nokia
- Post-Quantum
- Quantum Xchange
- Telefónica
- Toshiba
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Other quantum technology applications
Aerospace and defense
Communication, cryptography and cryptographysecurity
Quantum materials and processors
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- The National Quantum Initiative (NQI) (USAUSA)
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- National Innovation and Science Agenda (AustraliaAustralia)
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- The Quantum Technologies Flagship (European UnionEuropean Union)
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Superconducting quantum circuitsquantum circuits are sensitive to electromagnetic interference and thermal radiation, leading to quantum decoherence, an undesirable phenomenon. The following materials are of interest as filters because they decrease coherence times and are compact.
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The following are common and/or foundational terms and concepts related to quantum technology.
- Cadmium selenide , found in LED and other lighting applications
- MEXT Q-LEAP (Japan)
- National Innovation and Science Agenda (Australia)
- The National Quantum Initiative (NQI) (USA)
- The Quantum Technologies Flagship (European Union)
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Quantum sensors may be used to measure electric, magnetic or gravitational fieldsgravitational fields, as well as other properties including temperature, acceleration, rotation or pressure. Gravimeters are a type of quantum sensor that uses cold atoms to measure the strength of gravity and can be used for sensing what is underground with applications in surveying for oil, minerals, monitoring volcanoes and construction. Quantum sensors are also used in diagnostics such as clinical breath analysis and environmental monitoring.
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