•  Sreejith G J : Topology in Quantum Materials - I and II

• Chandan Kumar: Imaging electron flow in mesoscopic devices

• Pramey Upadhyaya: Introduction to universal quantum computing: Gate-model

• Pramey Upadhyaya: Superconductor-based universal quantum computation

• T. S. Mahesh: Spin Architectures for quantum workshops

• Luminita Harnagea: Synthesis and characterization of quantum materials

• Atikur Rahman: Two-dimensional  materials for device applications

• Arnab Banerjee: Adiabatic quantum computing

• Jukka Varynnen: Majorana-based topological quantum computation

• Indra Dasgupta: Introduction to quantum materials, including two-dimensional materials 

• Surajit Saha: Raman Spectroscopy for quantum materials  

• Indra Dasgupta: Emerging functionalities of quantum materials 

• Supriyo Datta: Quantum-Inspired Probabilistic Computing

• Zubin Jacob: Quantum-Inspired Detection for Perception

• Indra Dasgupta: Magnetism, Spin Dynamics and Topology in Layered Ferromagnets

• Suvankar Chakraverty: Towards Oxide Quantronics: A possible roadmap

• Pramey Upadhyaya: Exploiting symmetry breaking and Moire potentials to control magnetism in van der Waals magnets

• Arnab Banerjee: Transport and Neutron routes to anisotropy in RuCl3 and other Kitaev candidates

• Zubin Jacob: Optical pico-polarization in crystalline materials

• Shouvik Datta: Prospects of Excitonic Structures in Quantum Computation

• Bhaskaran Muralidhran: Topological electronics: From Quantum matter to emerging devices

• Phani K Peddibhotla: Quantum Sensing with Diamond Spins

• Amandeep Bhatia: Federated Quantum Machine Learning

• Yong Chen: Spintronic quantum materials and hybrids

• Jukka Vayrynen: Influence of disorder on engineered Majorana vortex modes

13th and 14th July, 3:30 PM to 4:30 PM