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Unravelling the link between magnetism and superconductivity: Dundee physicist’s research gains recognition as emerging investigator
The single-author work uncovers the mechanism for the suppression of magnetism leading to the emergence of superconductivity in iron pnictides
Published on 16 October 2026
The abstract graphic (left) from the paper showing the mechanism of suppression of magnetism and emergence of superconductivity and Dr Banerjee’s (right) photo which was posted in the collection.
How does a material go from being a magnet to becoming a superconductor? Research by Dr Hrishit Banerjee, Lecturer in Physics at the University of Dundee, is helping to answer this question.
His latest sole author study, published in Chemical Communications, a Royal Society of Chemistry journal, has been featured in the journal’s prestigious Emerging Investigators 2026 Collection, which showcases outstanding research by emerging scientists.
Dr Banerjee investigated an iron-based material that becomes superconducting at moderate temperatures. Superconductors can carry electrical current without resistance, offering exciting possibilities for future technologies. However, understanding how these materials behave requires scientists to unravel the complex interactions between electrons, which govern both magnetism and superconductivity.
Using advanced computer simulations, his research shows that the changing behaviour of electrons plays a crucial role in suppressing magnetic order as the material is chemically modified. The findings offer new insight into the delicate balance between magnetism and superconductivity, helping scientists better understand these unusual materials.
The recognition highlights the University of Dundee’s contribution to cutting-edge research into quantum materials, where understanding the fundamental behaviour of matter could help shape future technologies.
His full article is freely available to read online via the Chem Comm Journal.
The cover article with his photograph and author biography is freely available to read online via the Royal Society of Chemistry website.