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Ph.D. (IIT, Madras)
1. Electricity and Magnetism 2. Electromagnetic Theory 3. Lasers and Opto-Electronics 4. Guided Wave Optics 5. Modern Optics 6. Adaptive Optics
No | Name of the Scheme | Sponsored by | Completed/ Under Progress |
1. | Real-Time holographic Metrology using BTO | D.S.T.,Govt.Of India | Completed |
2. | Real-Time holographic phase-shifting Interferometry for Metrology | A.I.C.T.E, Govt.Of India | Completed |
3. | Photorefractive holography using small power lasers | U.G.C, Govt.Of India | Completed |
4. | Surface shape and slope measurements of 3-D objects using Digital holography | A.I.C.T.E., Govt.of India | Completed |
1. Adaptive Optics, 2. Electromagnetic Theory 3. Fourier Optics 4. Modern Optics 5. Lasers and Opto-Electronics 6. Plasmonics
1. Iterative method of baffle design for modified Ritchey-Chretein (RC) telescope, M. Senthil Kumar,C.S.Narayanamurthy,A.S.KiranKumar, Applied Optics (OSA, USA), Vol,52, No.6, 1240 – 1247 (2013)
2. Focal length measurement of microlens array for Shack-Hartman wavefront sensor using interferometer, M Senthil Kumar, C S Narayanamurthy and A S Kiran Kumar, Optical Engineering (SPIE, USA) 52(12), December 2013
3. Determination of the focal length of microlens array by spherical wavefront, M Senthil Kumar, Rahul Sharma, C S Narayanamurthy and A S Kiran Kumar, Optical Engineering(SPIE, USA), 53(6), June 2014
4. Wave propagation analysis using variance matrix, Richa Sharma, Solomon J Ivan and C S Narayanamurthy, Jl. Opt. Soc. Am A, 31, 2185–2191 (2014)
5. Design and development of Shack-Hartmann wavefront sensor based testing of high resolution optical system for earth observation, M Senthil Kumar, C S Narayanamurthy and A S Kiran Kumar, Optical Engineering(SPIE, USA), 53(11), 114101, November 2014
6. Phase-sharing using Mach-Zehnder interferometer, Jebathilagar Ivan, Lijo Thomas, Ameen Yasir, Richa Sharma, Rakesh Singh, Chittur Narayanamurthy, and K S Dasgupta, Appl. Opt. 54, 699–706 (2015)
7. Single and double passage interferometric analysis of pseudo random phase plates , Richa Sharma and C S Narayanamurthy, Optics Communications, 345 (2015) 37-46
8. Comparative statistical analysis of phase profiles of a pseudo-random phase plate using Kolomogorov phase screen, Richa Sharma, Solomon J Ivan and C S Narayanamurthy, Optik - International Journal for Light and Electron Optics (Elsevier), 126(23), 4195-4201, 2015
9. Characterization of Pseudo-Random-Phase-Plate as a Kolmogorov/non-Kolmogorov turbulence simulator using statistical parameters and the phase structure function, Richa Sharma andC. S. Narayanamurthy, Jl. Optics(India) Springer, August 2015
10. Design and analysis of optimum baffle for a Cassegrain telescope, M Senthil Kumar, C S Narayanamurthy and A S Kiran Kumar, Journal of Optics (India) Springer, 1-6 · November 2015
11. Measurement of optical misalignment using wavefront sensing, Naimesh Patel, and C S Narayanamurthy, Optical Engineering (SPIE) 54(10), 10410, 2015
12. Geometric phase shifting digital holography, Boaz Jessie Jackin, C S Narayanamurthy and Toyohiko Yatagai, Optics Letters, Vol 41(11), 2648-2651, 2016
1. BOYSCAST FELLOWSHIP(1990-1991)
2. ICTP, Trieste, Itlay, Regular Associateship (1997-2002)
3. INSA-DAAD Visiting Fellowship to Universitat Stuttgart, Germany (2005-2006)
4. Elected OPTICAL SOCIETY Of INDIA's DISTINGUISHED FELLOW, 2021
5. INTERNATIONAL COMMISSION FOR OPTICS (ICO)'s GALILEO Galilei AWARD 2022
6. ELECTED FELLOW OF SPIE(Optics and Photonics), USA 2023
Post Doctoral Experiences
BOYSCAST Fellow at Imperial College, London, U.K during 1990-1991. Title of work : Photorefractive holography using BSO(Bismuth Silicon Oxide)
ICTP(International Center for Theoretical Physics), Trieste, Italy from 01.10.1998 to 20.12.1998 on Fourier Optics and Photorefractive Optics.
Fellowship : ICTP’s Regular Associateship(1997-2002)
iii) ICTP(International Center for Theoretical Physics), Trieste, Italy from 23.05.2000 to 20.08.2000 on Fourier Optics and Photorefractive Optics.
Fellowship : ICTP’s Regular Associateship(1997-2002)
v) ICTP(International Center for Theoretical Physics), Trieste, Italy from
06.06.2002 to 03.09.2002 on Fourier Optics and Photorefractive Optics.
Fellowship : ICTP’s Regular Associateship(1997-2002)
v) INSA-DAAD Exchange fellow at Institu Fur Technishe Optik, Universitat Stuttgart, Germany from
30.03.2006 to 29.06.2006
vi) Visiting Researcher, CORE(Center for Optical Research and Education), Utsunomiya University, Utsunomiya, Japan, May -June 2015
1. Iterative method of baffle design for modified Ritchey-Chretein (RC) telescope,M. Senthil Kumar,C.S.Narayanamurthy,A.S.KiranKumar, Applied Optics (OSA, USA), Vol,52, No.6, 1240 – 1247 (2013)
2. Focal length measurement of microlens array for Shack-Hartman wavefront sensor using interferometer, M Senthil Kumar, C S Narayanamurthy and A S Kiran Kumar, Optical Engineering (SPIE, USA) 52(12), December 2013
3. Determination of the focal length of microlens array by spherical wavefront, M Senthil Kumar, Rahul Sharma, C S Narayanamurthy and A S Kiran Kumar, Optical Engineering(SPIE, USA), 53(6), June 2014
4. Wave propagation analysis using variance matrix, Richa Sharma, Solomon J Ivan and C S Narayanamurthy, Jl. Opt. Soc. Am A, 31, 2185–2191 (2014)
5. Design and development of Shack-Hartmann wavefront sensor based testing of high resolution optical system for earth observation, M Senthil Kumar, C S Narayanamurthy and A S Kiran Kumar, Optical Engineering(SPIE, USA), 53(11), 114101, November 2014
6. Phase-sharing using Mach-Zehnder interferometer, Jebathilagar Ivan, Lijo Thomas, Ameen Yasir, Richa Sharma, Rakesh Singh, Chittur Narayanamurthy, and K S Dasgupta, Appl. Opt. 54, 699–706 (2015)
7. Single and double passage interferometric analysis of pseudo random phase plates , Richa Sharma and C S Narayanamurthy, Optics Communications, 345 (2015) 37-46
8. Comparative statistical analysis of phase profiles of a pseudo-random phase plate using Kolomogorov phase screen, Richa Sharma, Solomon J Ivan and C S Narayanamurthy, Optik - International Journal for Light and Electron Optics (Elsevier), 126(23), 4195-4201, 2015
9. Characterization of Pseudo-Random-Phase-Plate as a Kolmogorov/non-Kolmogorov turbulence simulator using statistical parameters and the phase structure function, Richa Sharma andC. S. Narayanamurthy, Jl. Optics(India) Springer, August 2015
10.Design and analysis of optimum baffle for a Cassegrain telescope, M Senthil Kumar, C S Narayanamurthy and A S Kiran Kumar, Journal of Optics (India) Springer, 1-6 · November 2015
11. Measurement of optical misalignment using wavefront sensing, Naimesh Patel, and C S Narayanamurthy, Optical Engineering (SPIE) 54(10), 10410, 2015
12. Geometric phase shifting digital holography, Boaz Jessie Jackin, C S Narayanamurthy and Toyohiko Yatagai, Optics Letters, Vol 41(11), 2648-2651, 2016
13. Investigations on vibration excitation of de-bonded sandwich structures using time averaged digital holography(TADH), Binu P Thomas, S Annamala Pillai and C S Narayanamurthy,Applied Optics(OSA), Vol.56, F7-F13, 2017, Editor's Pick
14. Digital holographic photoelasticity, C S Narayanamurthy, Giancarlo Pedrini and Wolfgang Osten, Applied Optics(OSA), Vol. 56, F213 to F217, 2017
15. Digital holographic study on the dynamic response of plates with geometric and material discontinuities simulating potted-insert metallic honeycomb sandwich structures,
Binu P Thomas, S Annamala Pillai and C S Narayanamurthy, Applied Optics(OSA), Vol. 58,No.5/10 February 2019 A 33 – A40, (2019)
16. Photoelastic digital holographic polariscope, Binu P Thomas, S Annamala Pillai and C S Narayanamurthy, Jl.Of Modern Optics(Taylor and Francis), VOL. 66, NO. 8, 817–828, (2019)
17. Vectorial shearing cascaded Sagnac interferometric wavefront sensor,OSA Continuum 2(9) 2658-2666, (2019)
18. Wavefront sensing for low-coherent sources through spatial coherence revival, Pramod Panchal , Dinesh N Naik and C S Narayanamurthy, Engineering Research Express (IOPPublishing, U.K), 1, 025011 (2019)
19. Optical metrology via the photorefractive effect, Arun Anand and C S Narayanamurthy, Asian Journal of Physics, Vol.28, No.10-12, PP 1035-1048, (2019)
20. Reconstruction of complex-object using edge point referencing" by Gautam, Surya; Kumar Singh, Rakesh; Narayanamurthy, C; Naik, Dinesh, Jl.Of Optics (IOP, Publications,U.K), Vol.22 No.5,( 2020)
21. Single-shot and twin-image free unique phase retrieval using a part of autocorrelation about the object asymmetry Suryakumar Gautam, Rakeshkumar Singh, C S Narayanamurthy and Dinesh N Naik, JOSA A 37 (11), 1826-1831, 2020
22. Computed time average digital holographic fringe pattern under random excitation, Binu P Thomas, S Annamala Pillai and C S Narayanamurthy, Applied Optics 60 (4), A188- A194, 2021
23. Design of two-mirror telescope systems with freeform surfaces: modified configurations and analysis, BV Rao, KV Sriram, CS Narayanamurthy, Journal of Astronomical Telescopes, Instruments, and Systems 7 (1), 014002, 2021
24. Insensitivity of higher order topologically charged Laguerre–Gaussian beams to dynamic turbulence impact, P Panchal, DN Naik, CS Narayanamurthy, Optics Communications 495, 127023, 2021
25. Vertical and spatial distribution of elevated aerosol layers obtained using long-term ground-based and space-borne lidar observations, G Gupta, MV Ratnam, BL Madhavan, P Prasad,C S Narayanamurthy, Atmospheric Environment 246, 118172, 2021
26. Fried’s coherence length measurement of dynamic Kolmogorov type turbulence using the autocorrelation function, S R Lekshmi, DN Naik, CS Narayanamurthy, Journal of Optics (IOP, U.K), 24 (4), 044010, 2022
27. Long-term trends in Aerosol Optical Depth across the globe obtained using multi-satellite measurements, G Gupta, M V Ratnam, B L Madhavan, C S Narayanamurthy, Atmospheric Environment, 118953, March, 2022
28. Spectral switch anomalies in a Sagnac interferometer with respect to a Galilean frame, S Sadhukhan, S Sadhukhan, MM Brundavanam, CS Narayanamurthy, JOSA A 39 (11), 1976-1982, 2022
29. Lekshmi S.R., C.S. Narayanamurthy,The resilience of zero order Bessel–Gaussian Beams to the impact of dynamic Kolmogorov type of turbulence,Optics Communications,Volume 532,2023,129243,ISSN 0030-4018,DOI :https://doi.org/10.1016/j.optcom.2022.129243
30. Lekshmi S.R., C.S. Narayanamurthy, The impact of dynamic Kolmogorov-type turbulence on partially coherent Gaussian-Schell model beams. (accepted, Journal of Modern Optics, Taylor & Francis)
