The main objective of this technical group is to design and develop enhanced imaging and microscopy systems that are based on harnessing the quantum-correlations of entangled photons. Such quantum-enhanced imaging and microscopy systems are expected to provide increased imaging resolution and sensitivity, enhanced signal-to-noise for low-light level imaging, improved methods for non-invasive imaging, and novel methods for enhanced imaging in the presence of turbulent and scattering media.
Objectives
Applications
The group focuses on designing quantum-enhanced imaging and microscopy systems using entangled photons to achieve higher resolution, greater sensitivity, improved signal-to-noise in low-light conditions, non-invasive imaging, and enhanced imaging through turbulent or scattering media.
Industry Targets
Defense technology firms and agencies
Biomedical imaging and life sciences companies
Space research organizations (ISRO, astrophysics labs)
Materials science and nanotechnology industries
Navigation and aerospace sectors
Goals
Short-Term (1–3 years)
- Design prototype quantum imaging systems using entangled photons.
- Demonstrate improved low-light imaging performance in lab settings.
- Develop initial versions of the software reconstruction toolbox for quantum image processing.
Mid-Term (3–6 years)
- Validate imaging systems in biomedical and materials science contexts.
- Extend system capabilities to function in turbulent/scattering environments for defense and aerospace use.
- Integrate novel detection techniques (Schmidt modes, spectrum reconstruction) into deployable instruments.
Long-Term (6–10 years)
- Build scalable quantum-enhanced microscopes for industry and healthcare.
- Establish India as a leader in quantum photonics applications for space, defense, and navigation.
- Enable technology transfer to startups and industrial partners for commercialization.
Short-Term (1–3 years)
Mid-Term (3–6 years)
Long-Term (6–10 years)
Build prototypes of NV microscopes; establish diamond fabrication/testing infrastructure.
Create portable NV sensors; set national benchmarks; enable industry transfer.
Scale production of diamond sensors; position India as a global leader in NV-based sensing.
Opportunities
Socio-Economic / National Impact
- Superior Biomedical Diagnostics
- Stronger defense surveillance systems
- Advanced breakthroughs in materials and space sciences
- Contributions to India’s ambition of global quantum leadership.