Thanks to everyone who took the trouble to vote for their favourite image for April in the 2024 Cambridge Diary Calendar. Your winner with 36% of all the votes is Mietziko who lives with Mete Atature, Professor of Physics at University of Cambridge and you can often see them going for walks together around St John's - say hello to Miss April! @MeteAtature@stjohnscam
Realization of a Quantum repeater node based on efficient light-matter interface in a trapped-ion system, mediated by frequency conversion to telecom wavelength at 1550 nm. https://t.co/OSxRqP7A2u
Distinguishing super-radiance with measurement-induced cooperativity beyond standard photon correlation measurement. Preprint out on arXiv https://t.co/TCgVaeoagT
Our paper on the role of coherence in cooperative emission from quantum emitters #quantumdot has been published in
@ScienceAdvances.
Available at https://t.co/rJ7xwOVSWJ.
Many thanks to all!
@BrianGerardot@HWU_Physics
New @QCommHub paper: 'Coherent Control of Cooperative Photon Emission from Indistinguishable Quantum Emitters' by Zhe-Xian Koong et al. @BrianGerardot
Read the paper: https://t.co/i0Sh02lx8P
#Quantum#Networks#QuantumTech
Our paper on dichromatic (two-color) excitation of a two-level system got published recently in
@PhysRevLett. : Towards background-free, efficient, coherent excitation of a two-level system #physics#quantum#quantumdots#atom
(Link: https://t.co/VUTbIU89PV)
It's just turned midnight in Singapore, so it's now Christmas. But Santa brought my present early: a link between superconducting qubits and optical photons: https://t.co/WDdiU7dexy.
Can't wait for the day we can run blind quantum computing protocols on superconducting hardware.
https://t.co/Pz7cZYoQYU
Schrödinger cats in quantum-dot–cavity systems
Pretty cool. Potentially realizable with Stark tunable cavity QED system. Still need a lot of experimental work though. #physics#quantum#schrödinger#cats
A cold waveguide provides a reliable conduit for transferring states between remote qubits, making it potentially useful for building networks connecting superconducting circuits.
Letter: https://t.co/tTqg5qx0Rb
Synopsis: https://t.co/zg6bvJcTHx