Projects
In HQC, eleven interconnected research projects address key interdisciplinary topics, divided into areas A and B, with UHH and TUHH collaborating closely in both. Each project and its associated PhD students and post-docs are supervised by two to three Principal Investigators (PIs). Area C focuses on the integrated general and interdisciplinary training of PhD students and serves as a forum for all central activities, as well as organizing industry placements and overseeing the entire project. Below, you will find a brief summary of the planned research topics:
Project | Title | Principal Investigators (PIs) |
---|---|---|
P1 | Quantum Computer Hardware: Quantum Gates Based on Rydberg Atoms | Moritz, Sengstock |
P2 | Quantum Computer Hardware: Three-Dimensional Qubit Architectures Based on Ultra-Cold Atoms for Special Optimizations | Sengstock, Moritz |
P3 | Machine-Learning-Supported Ion and Rydberg Quantum Computing and Quantum Computing Based on Superconducting Qubits and Neutral Atoms | Mathey |
P4 | Variational Quantum Algorithms for Nonlinear Partial Differential Equations and Quantum Physics on Complex Graphs | Jaksch |
P5 | Quantum Correlations Across Many Nodes on a Qubit Lattice for Deterministic Photonic Quantum Computing and Generation of Fault-Tolerant Photonic Qubits | Schnabel, Riedinger |
P6 | Integrated Photonics for Scalable Quantum Computers | Lipka, Trieu |
P7 | System Integration for Low-Loss Photonic Couplings | Trieu, Lipka |
P8 | Quantum Computer Hardware: High-Frequency Excitation | Kölpin |
P9 | Fast Quantum Algorithms for Hard Optimization Problems | Mnich |
P10 | Constraint Satisfaction from the Perspective of Quantum Computing | Mottet |
P11 | Quantum and Quantum-Inspired Algorithms for Combinatorial Optimization Problems | Kliesch |