Professor, Niels Bohr Institute, University of Copenhagen
University of Copenhagen · Denmark
Lodahl develops interfaces between solid-state emitters and light, advancing photonic entanglement, programmable optical interactions and the building blocks of quantum networks and processors.
Why included?
Lodahl works on the point where matter can prepare, control and connect individual photons. His collaborations use quantum emitters in nanophotonic structures to generate entanglement and enable optical interactions that photons would not ordinarily provide by themselves. Recent experiments demonstrate temporal fusion of entangled resource states and programmable nonlinear circuits. These are concrete components for photonic computing and networking, rather than claims that a complete large-scale photonic computer has already been assembled.
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