The project will realize a variety of topics, ranging from quantum communication protocols, quantum machine learning applications to organic polaritons and quantum photonic equipment. Here is a list of scheduled projects
| No. | Project title | ESR | Supervisor(s) |
|---|---|---|---|
| 1 | Multiphoton quantum communication in space | Magdalena Stobińska | |
| 2 | Quantum network protocol implementation | Eleni Diamanti | |
| 3 | Advanced quantum communication in free space | Paolo Villoresi | |
| 4 | Exploitation of entanglement in quantum networks | Giuseppe Vallone | |
| 5 | Quantum transforms implemented with multiphoton Fock state interference and their application | Magdalena Stobińska | |
| 6 | Integrated multi-qubit quantum transport experiments for quantum simulation | Philip Walther | |
| 7 | Quantum simulators based on multiphoton interference | Ian A. Walmsley | |
| 8 | Analogue quantum simulation using photons | Myungshik Kim | |
| 9 | Strongly interacting polaritons in a lattice | Rainer Mahrt | |
| 10 | Active and passive multimode quantum interferometry | Nicolas Cerf | |
| 11 | Quantum Machine Learning using integrated platforms | Philip Walther | |
| 12 | Superresolution imaging via linear optics in the far-field regime | Alexander Lvovsky | |
| 13 | All-optical training of artificial neural networks | Alexander Lvovsky | |
| 14 | On-chip polariton logic | Rainer F. Mahrt | |
| 15 | Superconducting photon-number resolving detectors | Félix Bussières |