PhD candidate “advanced spectroscopy cells for quantum sensing” at Q.ANT GmbH

Q.ANT GmbH; Stuttgart; Vor Ort; EUR 40.000 - 70.000; Vollzeit

Zusammenfassung

Ein innovatives Unternehmen sucht einen PhD-Studenten, um an der Entwicklung hochintegrierter Dampfzellen für fortschrittliche Spektroskopie zu arbeiten. Diese spannende Position bietet die Möglichkeit, fundierte Kenntnisse in der Lasertechnik, Atom-Spektroskopie und Quantenphysik zu erwerben. Sie werden an der Universität Stuttgart eingeschrieben und haben die Gelegenheit, praktische Erfahrungen in der Entwicklung von Hochtechnologieprodukten zu sammeln, während Sie gleichzeitig mit einem führenden Unternehmen in der Quantenmesstechnik zusammenarbeiten. Diese einzigartige Rolle verbindet akademische Forschung mit industrieller Anwendung und bietet Ihnen die Chance, an der Spitze der Technologie zu stehen.

Leistungen

Einschreibung an der Universität Stuttgart

Vergütung gemäß TV-L 13

6 Monate praktische Erfahrung bei Q.ANT

Qualifikationen

• Abgeschlossenes Masterstudium in Physik oder kurz vor dem Abschluss.
• Praktische Erfahrung in der Atomphysik und Laser-Spektroskopie.

Aufgaben

• Forschung zur Theorie und Experimenten mit heißen atomaren Dämpfen.
• Entwicklung fortschrittlicher 3D-Dampfzellspezifikationen.

Kenntnisse

Atomphysik

Laser-Spektroskopie

Laser-basierte Glasherstellungstechniken

Englischkenntnisse

Ausbildung

Masterabschluss in Physik

Tools

Lasertechnik

Optik

Jobbeschreibung

Your mission

Within the IQST Graduate School framework, the hot atomic vapor spectroscopy group at the 5th Institute of Physics of the University of Stuttgart is currently seeking a PhD student (immediate commencement of PhD possible). This PhD program is in close collaboration with Q.ANT GmbH in Stuttgart, a deep-tech company that develops photonic computing and photonic sensing products.

The goal of this project is the development of highly integrated vapor cells with 3D optical access for more advanced spectroscopy schemes. These vapor cells will be the core component in atomic gyroscope and magnetometer products being developed at Q.ANT.

For fabricating such versatile cells, we will rely on laser-assisted glass etching, laser welding as well as laser-written waveguide structures and polarization optics. This part of the project will be implemented together with the laser-based material processing experts at the Institut für Strahlwerkzeuge (IFSW) at the University of Stuttgart.

The fabricated gas-filled cells will then be investigated in the 5th Institute of Physics by means of various spectroscopy schemes and also at Q.ANT in their gyroscope/magnetometer labs.

With this thesis, you will acquire a broad knowledge on state-of-the-art laser technology, on fundamental aspects of atomic spectroscopy and quantum physics, and will finally learn how to develop a commercial quantum sensor.

Your responsibilities:

• Basic research in the theory and experiments with hot atomic vapors
• Develop advanced 3D vapor cell specifications to be manufactured at IFSW
• Investigate and characterize the properties of the 3D vapor cells using various laser spectroscopy methods
• Validation of the 3D vapor cells in quantum sensor applications at Q.ANT (atomic gyroscopes and magnetometers)

Your profile

• You have successfully completed your Master's degree in physics or are in the final stages
• You have hands-on experience with atomic physics
• You have hands-on lab-experience with laser spectroscopy
• You are interested in laser-based glass manufacturing techniques
• You are fluent in English

Why us?

• You will be enrolled at and employed by the University of Stuttgart and will be supervised by Dr. Robert Löw of the 5th Institute of Physics
• You will be remunerated according to the German TV-L 13 with 75% for a period of 4 years
• You will not only gain experience in academic research, but also gain insights into the development of high-tech products: over the course of the PhD tenure, you will spend a total of 6 months at the industrial partner Q.ANT GmbH as a member of the Native Sensing business unit