Precision Measurements and tests of fundamental physics with cold molecules
Core
Developing a new-generation molecular clock for precision vibrational spectroscopy of cold molecules to test fundamental physics and explore the standard model limits.
Role type
PhD student in precision measurements and fundamental physics with cold molecules
Builds
A molecular clock apparatus for measuring electroweak-interactions-induced energy differences in chiral molecules
Domain
Physics, cold molecule research, frequency metrology
Deliverable
production ML models | product features | dashboards & analysis | research | client delivery | infrastructure | physical/clinical work
Required skills
Frequency Metrology, Mid-Infrared Optics, Vacuum Technology, Electronics, Molecular Physics, Cryogenic Buffer-Gas Cooling, Python coding/Simulation
Preferred skills
Quantum Physics, Rovibrational spectroscopy, laser physics, Mid-IR photonics
Responsibilities
Set up mid-IR quantum cascade laser systems at 6.4 μm and 15.5 μm; Perform Doppler and sub-Doppler absorption spectroscopy on cold molecules produced at ~1 K
Seniority
PhD student, research-focused
