Atomic Physicist
Pubblicato il 01-10-2026 - QSENSATO in Puglia
About QSENSATO
QSENSATO s.r.l. is an Italian innovative startup focused on developing and commercializing integrated vapor cells and atomic quantum sensors for the market of quantum sensing and metrology. By leveraging patented femtosecond laser-written vapor cells (LWVCs) and integrating them with photonic structures, QSENSATO s.r.l. aims to deliver unparalleled sensitivity and size reduction in its products for industries requiring enhanced robustness and durability, such as space, defence, remote sensing, and automotive as well as in biomedical and lab-on-chip applications. The company is an academic spinoff accredited by the University of Bari, Italy and an emerging industry player in Europe.
Position Summary
An Atomic Physicist who will be part of our technology team. The candidate will play a critical role in the rapid prototyping of customized laser-written vapor cells (LWVCs) and atomic-photonic chips. The candidate will work closely with a team including a Prototyping Manager and an R&D; Scientist.
Duties and responsibilities
- Model and simulate atomic physics problems for quantum sensing and metrology applications
- Design and operate a vacuum/pressure system for filling and sealing of all-glass vapor cells
- Perform hands-on fabrication and integration of all-glass atomic photonic-chips
- Guide the prototyping team with the design of custom-designed vapor cells and atomic-photonic chips
- Interact with early customers and researchers to solve atomic physics problems collaboratively
- Develop component and system-level absorption spectroscopy and magneto-optical testing setups
- Work with the prototyping team to transition/scale testing for performance evaluation
- Contribute to the expansion of our IP portfolio through patent filing
- Contribute to the writing of scientific publications using QSENSATO’s innovative technology
- Contribute to the writing of regional, national, European and international grants
Work experience requirements
- Demonstrated th