PhD position in Noncommutative Quantum Models, Horten, Norway

UNIVERSITAT FRANKFURT; Horten; On-site; NOK 800,000 - 1,000,000; Full time

Job summary

A leading educational institution in Horten, Norway, is offering a PhD position focused on noncommutative quantum models. This 3-year, fully funded position begins on October 1, 2025, and aims to explore the intersection of quantum theory and gravity. Candidates should hold a Master's degree in a relevant field and possess a strong background in quantum mechanics and statistical physics.

Qualifications

• A Master's degree in physics, mathematics, or a related field is required.
• Strong background in quantum mechanics and statistical physics is preferred.

Responsibilities

• Conduct research on noncommutative quantum models.
• Investigate implications of quantum theory in various physical systems.

Education

Master's degree in a relevant field

Job description

Overview

2025-08-05 anna.pachol[AT]usn.no Horten, Norway

PhD position in Noncommutative Quantum Models is available at the Faculty of Technology, Natural Sciences and Maritime Sciences, University of South-Eastern Norway. This is a 3-year 100 % position, with a starting date from 01.10.2025.

About the PhD-project Quantum theory is currently bringing a revolution to technology by introducing new concepts and advancements. However, many fundamental questions remain unanswered. A new frontier for testing quantum effects in the intersection of quantum theory with gravity at low energy scales is now in focus. This project focuses on investigating the implications of quantum and gravitational effects in various models by extending the formalism of quantum theory. By studying novel quantum phase space models (which include non-canonical commutation relations) the project aims to investigate impacts on the thermodynamical properties of microscopic systems and materials’ structure as well as to gain insight into potential new effects and physical behaviour across various physical systems (including crystals and materials, e.g. piezoelectrics). The project will combine mathematical and theoretical framework from noncommutative geometry (quantum space-times), quantum physics, statistical physics, thermodynamics and material science.

Qualifications