Quantum Simulation Research Laboratory
Simulating the unseen frontiers of matter.
qSIM is an interdisciplinary research group advancing the frontiers of quantum simulation and sensing through single-atom arrays and Rydberg systems at Chiang Mai University.
Domains
The Three Pillars of Inquiry
Quantum Simulation
Utilizing ultra-cold atoms and Rydberg states to simulate complex many-body quantum dynamics and magnetism.
Atomic Manipulation
Developing precision optical tweezers and single-atom arrays to architect quantum matter at the smallest scales.
Atom-Based Sensing
Engineering next-generation electric field sensors and vapor glass cells for high-sensitivity signal detection.
Infrastructure
Lab Systems
Our laboratory is equipped with precision cooling, vacuum, and laser architectures designed for sub-atomic stability.
01
Main Simulation Setup
Ultra-high vacuum chamber with integrated optical access for lattice trapping.
02
Laser Cooling & Repump
Narrow-linewidth diode laser systems for sub-Doppler atomic cooling.
03
Vapor Glass Cell Tech
Specialized atomic enclosures for high-sensitivity Rydberg sensing.
04
Optical Tweezer Arrays
Dynamic AOD-driven trap arrays for individual atom positioning.
11
Publications
1.5k
Citations
3
Principal Investigators
10+
Students & Staff