Welcome to Laser Applications and Bioimaging Lab!

Here we innovate at the intersection of laser technology and biological imaging to advance medical diagnostics and scientific research.

Bridging Science and Technology for Real-World Impact

Fusing innovation in science and technology to create solutions with meaningful real-world applications.

Pioneering research in Laser applications and Bioimaging!

Pioneering advancements in laser technology and bioimaging for cutting-edge medical diagnostics and research.

Advancing Science for a Brighter Tomorrow

Group photo of delegation

A delegation led by Prof. Dominique Rossin, Provost, Ecole Polytechnique visited IIT Delhi on 14th May 2024. The team also visited our LAB: Laser Applications and Bio-imaging. We briefed them about the ongoing R&D activities in our research group and discussed the possibility of future collaborations.

Global Bio India, 12th - 14th September 2024 at Bharat Mandapam. We proudly showcased the Digital Inline Holographic Microscopy (DIHM), developed in our LAB as part of the R&D project "Development of AI-enabled field portable microscope for detection of Filariasis,” funded by BIRAC. This computational microscope in lensless configuration provides quantitative variations in cell morphologies for the diagnosis of diseases like filaria, malaria, and sickle cell anemia.

Collaborators: AIIMS Nagpur, CDAC Kolkata, and CSTM Kolkata.
Team Kudos: Well done Ritish Kamboj and the entire team. I am proud of you all!

Showcase photo of DIHM project

Current Projects

Point-of-Care Device

Point-of-Care Device

Smartphone-based device for early diagnosis of chronic kidney disease

Raman Spectroscopy

Surfaced-enhanced Raman Spectroscopy

Detection of urinary and salivary cotinine

Portable Microscope

AI-enabled Field Portable Microscope

Development of AI-enabled portable microscope

Developing breakthroughs to address medical challenges

Focus on utilizing laser technology to study biological samples at a cellular and molecular level through advanced imaging techniques