Light detects electron spins in porous crystals for quantum sensors
Researchers used light to read electron spins inside porous crystals, a method that may support future quantum chemical sensors. The study involved multiple institutions and is still in early experimental stages.
This method could improve sensor precision, but the findings are preliminary and require further testing.
Method used
The team used light to detect electron spins within the crystal structures, which may help in developing more sensitive sensors.
Institutions involved
The research included collaboration between the University of Glasgow, University of Tokyo, University of Sheffield, and Kobe University.
Common questions
Is this method ready for real-world use?
The method is still in the experimental phase and requires further development and testing before it can be applied in practical settings.
Sources
- Light reads electron spins inside porous crystals, opening path to quantum chemical sensors Phys.org · phys.org
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