With single quantum state resolution
Our lab at the Centre for Quantum Technologies, National University of Singapore, is interested in using arrays of tweezer-trapped atoms as quantum "lego" blocks to simulate advanced materials.
Quantum simulation is the modeling of nature with quantum building blocks like atoms and molecules.
Quantum simulation allows us to study interesting quantum materials while working towards building powerful computers.
Arrays of optical tweezers provide a powerful platform for controlling individual quantum building blocks in a scalable manner.
Atoms, molecules, lasers, microwaves, electric fields, magnetic fields, some epic code, and a huge dose of fun!
Our paper by Mujahid et al is posted on the arXiv! We demonstrate an order-of-magnitude increase in the scalabilty of atom arrays, enabled by D1 magic wavelengths that have been theoretically predicted for the alkali atoms but not yet observed before.
It’s international conference season! Mujahid gave a crisp contributed talk on our magic wavelength results at DAMOP. Huanqian will be giving two invited talks, the first one at Atomtronics on 10 June and the second talk at MH 21 in July.
Huanqian is honored to be selected for the 2021 edition of the Asian Scientist 100 list. Thank you @asianscientist for the recognition!
Vanessa, who just completed her Master’s thesis in the group of Ulrich Schneider at Cambridge University, joins us as a research assistant. Welcome, Vanessa!
Nigel joins us as an undergraduate intern. Welcome, Nigel!
Xiu Quan begins a new journey as he makes the jump from atom array factories to real life factories at KLA Tencor. We wish you every success in life, Xiu Quan!
Huanqian gives 2 invited talks this month: one at the EQuaLS 2020 conference and one at the MRSS annual meeting.
Huanqian takes part in several industry outreach activities this month. Besides giving an invited talk at an online seminar organized by SGInnovate and Japan Science and Technology Agency, she also begins serving her second term as a council member of the World Economic Forum Global Future Council on Quantum Applications.
We bid farewell to Wei Hong, who is starting his PhD studies at Northwestern University. Take care, Wei Hong!
Two papers appear in print: our second graph theory paper in Physical Review Research, and a microwave dressing paper in Physical Review Letters! The latter paper gets selected as a PRL Editors’ Suggestion and is highlighted as a Physics viewpoint.
We welcome three new students: Luheng from Peking University and Weikun from Zhejiang University join us as first year PhD students, and Siaw Wei joins us as a UROPS student.
Wen Jun joins our group as an undergraduate intern. Welcome!
We are back in business after a two-month COVID shutdown. We got our MOT back at the same brightness in pretty much the same position as before the shutdown, almost immediately after we fired everything back up. Kudos to Xiu Quan, Mujahid, and Krishna for working hard to build a stable machine!
Huanqian gives a public Zoom talk to junior college students on “The Quantum Race to Surpass Supercomputers”.
Our first graph theory paper gets published in Physical Review Research, while our new paper on the universal graph description appears on the arXiv.