Dr Till Weinhold

Research Fellow
Located in Building 7 - Room 308A
Phone: 67347

Available Projects

Title Body Level
Robust narrow-band single photon source

Hybrid quantum technologies seek to alleviate the short commings of two individual quantum architectures by moving the information between the two systems. Commonly one seeks to exploit the excellent readout and storage capabilities of...

PhD Project
Honours Project
Hybrid Quantumoptics - Storing and interacting photons in atoms.

Quantum communication is already the first commercial application of quantum technology allowing the secure sharing of secrets over a dedicated channel. However the achievable distances are limited due to the inability to build efficient quantum repeaters —systems that teleport the quantum...

PhD Project
Masters Project
Honours Project
Photon-photon interactions mediated by integrated micro-resonators

Photons are one of the strongest candidates to implement scalable quantum computing and simulation architectures [1]. They are ideal for the distribution of quantum information and can be readily manipulated using a wealth of existing telecommunications technologies. However, the primary...

PhD Project
Masters Project
Honours Project