Ongoing projects
- Prof. Guillermo Acuna, Uni Fribourg (CH) — Coupling individual molecular emitters to plasmonic nanocavity
- Ruben Estaban and Javier Aizpurua, San Sebastian (SP) — Purcell effect and Lamb shift in nanocavities
- Prof. Katrine Qvortrup, DTU Copenhagen (DK) — Functional molecules for plasmonic nanojunctions
- Prof. Niels Quack, Univ. of Sydney; Prof. Nicolas Le Thomas, Uni. Ghent — Diamond photonics
- Proud Technology (CH) — Thermal transport in diamond nanostructures
- Dr. Emanuel Loertscher, IBM Research Switzerland; Alexandre Bouhelier, Dijon (FR) — Plasmonic molecular junctions
- Dr. Philippe Roelli, San Sebastian (SP) — Molecular cavity optomechanics and frequency conversion
- Prof. Ado Jorio, Universidade Federal de Minas Gerais (Brazil) — Entangled photons from diamond
Completed projects (find related publications)
- Nicola Lusardi and Fabio Garzetti in TEDIEL — Photon counting and coincidence electronics
- Prof. Peer Fischer, MPI Stuttgart (DE) — Fabrication of plasmonic antennas
Light-vibration entanglement at room temperature
- Prof Nicolas Sangouard, CEA Saclay (FR)
- Dr. Vivishek Sudhir, MIT
Proposal for Fock state preparation in cavity optomechanics
- Prof. Nicolas Gisin, Uni Geneva (CH)
On-chip source of quantum correlated photons
- Group of Daniele Bajoni, Pavia, (IT)
- Group of Dirk Englund, MIT, (US)
On-chip emitter-receiver for continuous variable quantum cryptography
- Group of Philippe Grangier, Institute d’Optique, Paris (FR)
- Group of Eleni Diamanti, Telecom Paris-Tech (FR)