There are a number of projects for undergraduate students (Seminar) and master students (Seminar 1, Seminar 2, thesis). Funding might be avaiable for studentships (študensko delo).
Quantum entanglement is a topic that emerged from profound investigations about the nature of the microscopic world. The celebrated Bell inequality has led to a leap in our understanding of quantum mechanics, culminating in the 2022 Nobel prize. Projects can investigate key quantum mechanical concepts and their consequences.
See also quantum optics.
Exploring the interface of quantum mechanics and gravity is among the most exciting frontiers of modern physics. Projects can explore theoretical questions about the nature of gravity as well as the low-energy signatures gravity can imprint in quantum systems.
See also matterwaves.
Projects can range from applying engineering methods in 3D, numerically simulating trajectories, to control theory and imaging techniques. They suggest real-world applications and can offer early engagement with the opportunities of the emerging quantum technology sector.
See also levitated optomechanics.
Get in touch to discuss how to tailor the project to your interests!