Slovenian Co-authored Development of Quantum Protein for Future Applications

A groundbreaking study from Oxford University, co-authored by Slovenian researcher Ana Štuhec Kocijan, has successfully engineered a novel protein that can detect magnetic fields and radio frequencies. This innovation draws inspiration from cryptochrome, a protein found in birds' eyes that allows them to sense the Earth's magnetic field for navigation during long migratory journeys.

Štuhec Kocijan, hailing from the Maribor region, explained that the core of the research lies in designing proteins that detect magnetic fields through chemical reactions. These artificial proteins are reportedly more effective than existing systems based on proteins and small molecules. The team has showcased the diverse 'capabilities' of these new proteins, opening doors for various applications.

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The research encompasses many ideas. The main one is the design of proteins that detect magnetic fields using chemical reactions. They do this more effectively than previously known systems for detecting magnetic fields based on proteins and small molecules.

This achievement is particularly significant for Slovenia, showcasing the country's contribution to cutting-edge international scientific research. While Western media might focus on the technological novelty, for us in Slovenia, it's a point of national pride to see our scientists at the forefront of global innovation, particularly in a field as complex as protein engineering and biophysics.

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The research has shown the most diverse 'capabilities' of the new proteins.