26. 01. 2026

Diagnostic Methods for Quantum Technologies

Diagnostic Methods for Quantum Technologies

Our colleague Dominik Šafránek from the Department of Condensed Matter Physics is the principal investigator of a project supported within the prestigious and highly competitive GA ČR JUNIOR STAR programme of the Grant Agency of the Czech Republic.
As can currently be read in more detail on the GA ČR website, the project focuses on the development of diagnostic methods for quantum technologies.

The aim of the project is to achieve a deeper understanding of the behaviour of quantum devices and to identify mechanisms that limit their stability and performance. These insights are crucial for the further development of quantum computing, quantum sensing, and quantum communication, and represent an important step towards the practical deployment of quantum technologies. The successful advancement of quantum diagnostic methods will significantly accelerate progress in quantum technologies and enhance their reliability.

Junior Star (GAČR)
Adaptive quantum tomography based on quantum Bayes’ theorem

The project aims to develop a new adaptive quantum tomography method based on the recently discovered quantum Bayes’ theorem, enabling more efficient and scalable characterization of quantum states. By leveraging adaptive measurements for faster convergence, the approach is expected to surpass existing techniques and accelerate the development of robust, fault-tolerant quantum technologies.

More information: STARFOS

Primus (UK)
Tomografie pro kvantové technologie založené na kvantové Bayesově větě

https://cuni.cz/UK-14009.html