Technology hub: Quantum computing and simulation
EU and national projects
1194 confirmed items. Including suggestions by rules or AI, not yet reviewed and not listed here: 1295.
Page 37 of 48.
- New Horizons for Fault-Tolerant Quantum Computation
- EPSRC-SFI: Developing a Quantum Bus for germanium hole-based spin qubits on silicon (GeQuantumBus)
- IQ: the Irish Quantum technology facility for advanced qubit manipulation
- Towards quantum simulation with ultracold polar molecules
- Coaxial circuit QED grids for quantum computing
- Non-linear quantum optics based on Rydberg atoms.
- Emulation and optimisation of circuits for quantum simulation
- Tensor Network Methods for the Driven-Dissipative Dynamics of Polariton Lattice Quantum Simulators
- The development of an experimental quantum information processor based on trapped ions
- Quantum synchronisation of trapped ions
- Magnetic resonance studies of spin phenomena in semiconductor quantum dots
- Optimised designs for fault-tolerant quantum computers
- Silicon Based Qubits Using Quantum Dot Transistors
- Optimal Control for Robust Ion Trap Quantum Logic
- Non-equilibrium quantum simulators for quantum technologies
- Quantum simulations with fermionic ultracold atoms in optical lattices
- Hopf algebras, diagrams and quantum computation
- Quantum advantage in categories of relational structures
- Quantum Optimal control with superconducting qubits for quantum information processing.
- Hamiltonian Simulation with Near-term Quantum Hardware' and this is the lay summary:
- Towards quantum simulation with ultracold polar molecules
- Quantum Software for Simulation of molecular systems on NISQ devices
- Long distance qubit-qubit coupling in silicon quantum dots
- EXPLORING NONLINEAR QUANTUM DYNAMICS WITH SUPERCONDUCTING CIRCUITS
- Using machine learning to program a quantum simulator in integrated photonics