We are excited to be part of the CDT in Applied Quantum Technologies - applications now open for October 25, see projects at or sign up to learn more and meet supervisors at our recruitment event 10th January

RT @Sridevi_K_: And that's us, cohort from @PhysicsStrath at #DAMOP organised by @APSphysics

A new paper in @PhysRevLett by @TAckemann with colleagues in @CNQO14 and Robin Kaiser (U. Nice). The work uses laser-cooled atoms to observe novel transport process in out-of-equilibrium magnetic systems.

Then @DrLabGnome, Kali Wilson, talks at 3:12pm on “Vortex Dynamics in Binary Superfluids.” Kali will discuss experimental efforts on how vortices may be used to probe binary superfluids and quantum-fluctuation-enhanced regimes.

Iain MacCuish has a talk at 2:36pm in Session R02 on “Fresnel Zone Plate Ring Waveguides for Improved Atom Interferometer Sensors.” Iain will review experimental work to load cold atoms in the holographically generated optical waveguides.

First up is Paul Ireland at 8:48am in Session N08 on “Interspecies Förster resonances of Rb-Cs Rydberg d-states for enhanced multi-qubit gate fidelities.” This work is key to efforts in dual-species arrays for mid-circuit readout of ancilla qubits.

Three talks today from the EQOP group at the @APSphysics meeting DAMOP 2024 - Paul Ireland on dual-species Förster resonances, @IMacCuish on atomic waveguides, and @DrLabGnome on vortices in superfluids #APSDAMOP.

@OliverBurrow Daniel Walker will talk at 2pm on "Graph optimisation on neutral atom array with local addressing." Dan will show new and exciting results on a demonstration of weighted graph optimisation using programmable local light-shifts across an atom array.

@OliverBurrow Anthony Pike will present at 11:45am on “Adaptable Fresnel zone plates for atomtronics.” Anthony will discuss his work to design and characterise 2-bit level holograms as highly efficient (>80%) way of making smooth optical waveguides for atoms.

First up is @OliverBurrow, talking at 11:33am today on “Innovations in gMOT Cooling Techniques for Quantum Sensing Applications”. Oliver will review our work on gMOTs including fountains, lattices, and deep cooling with grey molasses.

Busy week for Strathclyde EQOP at #DAMOP2024 in Forth Worth, Texas. Three talks today and three more on Thursday.

Or join the team making SI-traceable atomic thermometers in collaboration with NPL

Or explore development of new platforms for neutral atom quantum computing based on using arrays of individual trapped atoms for quantum error correction and optimisation

Join the team working to advance the stability and accuracy of a laser-cooled microwave atomic clock.

Interested in working on the next generation of quantum technologies? We have a range of exciting PhD projects ranging from building portable atomic clocks to developing error corrected quantum hardware - see for details.

RT @aidanarnold4: Great to see our theory paper out in PCCP on light scattering applicable to chiral liquids: . Tha….

RT @jdpritchard3: Hot off the press - our recent work on engineering strong long-range Rb Cs interactions using Rydberg Förster resonances….

RT @aidanarnold4: Would you or someone you know like to work with us as an RA on waveguided atom interferometry? Please check out https://t….

New job vacancy to join the SQuAre neutral atom team developing new approaches to digital quantum computing and analogue optimisation using scalable qubit arrays

Congratulations Carolyn!.