“From Biomechanical Priors to Probabilistic Models: Explainable Learning-Based Motion Anomaly Detection for Rehabilitation”

Speaker: Ms. Neha Das Date and Time:4th February 2026 & 3:00PM, IST Venue: Online Abstract: Reliable detection of anomalous motion is critical in many medical applications, particularly in neurorehabilitation, where compensatory movement strategies may enable task completion while undermining long-term recovery. Despite growing Read More …

 PhD Thesis Colloquium

Title:  Design and Development of Pulsed Cascaded Raman Fiber Lasers and Supercontinuum Sources and Applications in Photoacoustic Imaging and Semiconductor Metrology Name: Abhigyan Goswami  Advisors: Prof. VR Supradeepa  (CeNSE) and Prof. Baladitya Suri (IAP) Date: 20th February 2026 Time: 4:00 PM Venue: CeNSE Seminar Hall Abstract: Can a single multi-color laser platform Read More …

MTech Thesis Defense

Speaker: Mr. Shubham Date/Time: 20th Jan 2026/11:00 AM Venue: S V Narsaiah Auditorium, IAP Department. Research Supervisor: Prof. Baladitya Suri Title: Characterization of Quality Factor of Superconducting Resonators. Abstract:Superconducting lumped element resonators play a pivotal role in circuit quantum electrodynamics (cQED) architectures, serving both as Read More …

Seeing Biochemistry in Action: Imaging Real-Time In Vivo Metabolism using Magnetic Resonance

Name of the speaker: Dr. Keshav Datta Date/Time:13th January 2026/2:30 PM Venue: SV Narasaiah Auditorium, IAP Department. Abstract: Metabolism underlies nearly every biological process, from neuronal signaling and muscle contraction to cancer progression and immune response. Despite its central role in health and Read More …

Progress toward entangling superconducting qubits with room temperature optical photons

IAP Seminar Series Name of the speaker: Mr. Samarth Hawaldar Date/Time: 11th December 2025/3:30 PM Venue: SV Narasaiah Auditorium, IAP Department. Title: Progress toward entangling superconducting qubits with room temperature optical photons  Abstract: Quantum transducers provide a pathway to link superconducting circuits to Read More …