Deepak

My research focuses on optical metrology techniques, with expertise in shearography, holography, and digital holographic microscopy, among other related areas.

Harikrishnan P 

My research is dedicated to the investigation and advancement of profile measurement systems using multi-wavelength digital holography and interferometry. 

Shouvik Sadhukhan 

My primary research focuses on classical optics and electrodynamics. For my doctoral studies, I have chosen to work on Holographic Soliton Interaction and its Application in Turbulence-Impacted Optical Communication. My additional research interests include Classical Holography and Interferometry for Microscopy and Metrology, Polarimetry, Wavefront Engineering, Optical Imaging, Deep Learning-Based Optical Metrology, and Nonlinear Interferometry .

Sree Renjini R S

I am specializing in imaging through turbid media using advanced digital holographic techniques.  The research focuses on understanding of light propagation through complex environments, collecting information of objects obscured behind turbid media using off axis digital holography and improve the quality of reconstructed holograms using phase retrieval algorithms. The work has applications in areas like underwater imaging and communication, imaging applications on fog/polluted air etc.

Haneen V N

My research centers on exploring coherence function of light, with a particular emphasis on coherence vortices and their potential applications.

Dakshin Tillo

My main research focuses are phase estimation, interferometry, diffraction, and digital holographic microscopy.

Anitta Jomy

My research interest is on Wavefront Sensing and Adaptive Optics. The propagation of beam through atmosphere is hindered by atmospheric turbulence which can be corrected with the aid of adaptive optics. My work is based on optimizing the quality metric parameter for wavefront sensing and improvising wavefront sensing techniques like modal sensing for more precise estimation of phase which  is essential for proper correction of beam.

Suyash Mehta

My research topic is “Development of a Fourier Ptychographic Microscopy System Using Programmable Beam Illumination.” In this project, we have successfully developed an advanced microscopy system that addresses the resolution constraints inherent to traditional microscopy systems, while simultaneously expanding the field of view. This innovation effectively enhances the space bandwidth product of the microscopy system, which is instrumental in improving the visualization of complex biological specimens, including live cells and tissues. Furthermore, this system can be employed by researchers to investigate optical properties, surface topographies, and defects present in advanced materials, thin films, and microstructures. 

E-mail: suyash.sc23m122@pg.iist.ac.in

LinkedIn:https://www.linkedin.com/in/suyash-mehta-a8447920b?

Orcid ID: 0009-0003-6716-9409

Rupesh Kumar 

In the present work, we will develop a multi-beam holographic optical tweezers using multiplexed hologram such that different beam types with controllable parameters can be realized to trap particles simultaneously and stably using counter propagating beam. 

Mattaparthi Jeevan

We develop a dynamic hologram based laser scanning confocal microscope (LSCM) system by replacing the pair of galvano-scanners as used in a typical confocal microscopy system. The proposed LSCM system allows to precisely deflect the +1 order, used to create the image, at the desired location by displaying a sequence of binary holograms on a light modulating device