NUS · Electrical & Computer Engineering
We study how quantum systems behave and evolve in real-world environments. By precisely controlling quantum degrees of freedom (e.g., spins and phonons), we develop innovative approaches to interface quantum systems to other scientific domains.
News & media
Dayne and Huaizheng join as PhD students supported by NUS Research Scholarships, leading our NV-in-diamond and quantum Brillouin efforts, respectively. Grace, Yong Le, Surya, Qi Yuan, Kristoffer, Aliyev, Khadijah and Vivekan will contribute across the lab’s research through year-long undergraduate projects.
We welcome enquiries from researchers and students interested in quantum sensing, quantum materials and hybrid spin–phonon systems.
Experiment and theory show how conditioning on the absence of scattered photons can enhance optomechanical laser cooling.
We measured Brillouin–Mandelstam scattering in telecommunications fibre deep in the cryogenic regime.
Four broad themes
Quantum sensing
We use atomic spins in diamond to unveil hidden magnetic order, topology and dynamics at the nanoscale.
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Quantum diagnostics
We turn precise quantum measurements into robust sensors for industrial and extreme environments.
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Hybrid Quantum Systems
We explore new avenues of quantum control and information exchange in travelling quasiparticles.
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Joint Programme with A*STAR Q.INC
We explore using magnons to transduce quantum information from microwave to optical photons.
Explore themeSelected work
Physical Review Letters · 2025
Physical Review A · 2025
APL Photonics · 2025
ACS Applied Electronic Materials · 2024
Nature Materials · 2024
People
We work across quantum optics, condensed matter, microwave control, cryogenics and device engineering.
PhD Student
PhD Student
Undergraduate
Undergraduate
Undergraduate
Undergraduate
Undergraduate
Join & collaborate
We welcome PhD, postdoctoral and internship enquiries, as well as collaborations with scientists and industry teams.
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