With rapid advances in both theory and experiment, quantum materials have emerged as one of the most exciting frontiers in condensed matter physics and materials science. This vibrant field connects diverse communities—from electronic structure theorists and model builders to experimentalists uncovering novel quantum phenomena. The recent integration of AI/ML tools has further accelerated discovery by enhancing predictions, streamlining ab-initio calculations, and bridging gaps between theory, simulation, and experiment.
To strengthen networking and collaboration within the broad spectrum of quantum materials research, we are organizing an international conference titled “Quantum Materials: Fundamentals to Functionalities
(QM:F2f 2026)”, to be held from March 26–28, 2026, at the Bambolim Beach Resort, Goa, India. The conference will highlight research that spans the fundamental physics of quantum systems to their functional applications in emerging Technologies.
Topics will include, but are not limited to: magnetism, topology, superconductivity, and the role of AI/ML in quantum materials research.
This invitation-only event aims to bring together scientists from India and across the globe—spanning established experts, early-career researchers, and students. Through engaging talks, poster sessions, and informal discussions, the meeting will provide a stimulating platform to share breakthroughs, spark collaborations, and explore future directions in quantum materials.
A part of this conference will also be dedicated to celebrating the 60th birthday of Prof. Tanusri Saha Dasgupta, in recognition of her impactful contributions to the field over nearly three decades. She is currently the Director of S. N. Bose National Centre for Basic Sciences. The theme—from fundamentals to functionalities—has been thoughtfully chosen to reflect her deep expertise in electronic structure and her strong engagement with experimental collaborators.
We warmly invite participants to join us in Goa for this special gathering that blends celebration, science, and a shared pursuit of discovery in quantum materials.
