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platform at University of Basel, making use of the latest developments in laser and photonic technology. [1] M. Oppermann, B. Bauer, T. Rossi, F. Zinna, J. Helbing, J. Lacour, and M. Chergui, Optica 6, 1, 56
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modular quantum computing architectures. While photons are ideal carriers to transmit quantum information, the implementation of optical quantum interconnects remains an outstanding challenge, due
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analysis. Prior experience in optics/photonics, atomic physics or optomechanics is highly valued but not mandatory. Your workplace Your workplace We offer We are a research group at ETH Zürich with
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an essential component of quantum communication networks, distributed quantum sensors, and large-scale modular quantum computing architectures. While photons are ideal carriers to transmit quantum information
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-perovskite tandem solar cells and mini-module using slot-die coating and photonic curing methods. Your responsibilities Develop of slot-die-coated perovskite absorbers and charge selective layers with
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and artificial intelligence, modelers of laser induced heat flow and laser physicists. You will get access to cutting edge analytical tools/methods, computational facilities, photonic sources and
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’ developments and key results Your profile : PhD in photonics, semiconductor physics, electrical engineering or closely related field with high academic record indicated by publications in peer-reviewed
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activities, you will get access to unique data sets, cutting edge analytical tools/methods, computational facilities, photonic sources and modern industrial equipment. You will support our PhD students