Postdoc in Experimental Photonic Quantum Computing - DTU Physics

Tasks

• Benchmark MBGBS processors
• Demonstrate quantum advantage for computational tasks
• Design implement and characterize photonic architectures for continuous variable cluster states
• Develop and test hybrid detection protocols for quantum computing
• Experimentally develop photonic systems for measurement based Gaussian boson sampling
• Generate inject and detect non Gaussian states and measurements
• Integrate squeezing and interferometric networks
• Publish research results and present at conferences and workshops

Perks/Benefits

• N/A

Skills/Tech-stack

Boson sampling | Cluster states | Continuous variable quantum information | Control Systems | Data acquisition | Experimental automation | Experimental quantum optics | FPGA programming | Feed-forward control | Gaussian boson sampling | Heterodyne detection | Homodyne Detection | Hybrid Detection | Integrated photonics | Interferometry | LNOI | Measurement based quantum computing | Multimode entanglement | Non Gaussian quantum operations | Nonlinear photonics | Numerical modeling | Optical Design | Photon counting | Quantum Computing | Quantum Information | Quantum Operations | Quantum optics | Quantum state characterization | Real Time | Real time feed forward control | Silicon Nitride | Silicon Photonics | Squeezed Light