Professor
Department of Physical Sciences
📍 CAF 204
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Research Area
Attosecond Physics, Lasers and Photonics, Biomaterials
Research Interests
My research interests are in the area of femtosecond and attosecond physics of matter, in lasers and optics, ultrafast quantum dynamics. I am also interested in translational research of sensor and instruments developments for precision measurements. I also have interest to understand the quantum dynamics of biomaterials and silk-based materials.
2005 - 2007 : Max Planck Institute for Physics of complex systems, Dresden, Germany
2007 - 2009 : JRM Laboratory, Kansas State University, Manhattan, USA
2000 - 2005 : University of Rennes 1, France
1998 - 2000 : Jawaharlal Nehru University New Delhi
1995 - 1998 : JNUV Jodhpur
2010 - 2014: Ramanujan Fellow, DST
2015 - 2021 : Head, Max Planck Partners Group
2018 : Fellowship, National Academy of Sciences in India (NASI)
2024 : Associate Fellow INSA
2024 : Indo-French CEFIRPA Project
Shivali Sokhi and KP Singh. All Optical zepto-Newton-meter nanoscale silk sensor. Physical review letters Accepted(0):00000, 2024. Jayant S Devara, Sandeep Jakhar, Yateendra Sihag, Biswajit Panda, Ananth Venkatesan and Kamal P Singh. Development of an all-solid-state air-cooled high-power blue diode laser for metal processing. Optics Letters 49(1):17–20, 2023. Kamal P Singh. In memory of Narinder Singh Kapany. 2021. Sunil Dahiya, Mehra S Sidhu, Akansha Tyagi, Ankur Mandal, Biplob Nandy, Jan M Rost, Thomas Pfeifer and Kamal P Singh. In-line ultra-thin attosecond delay line with direct absolute-zero delay reference and high stability. Optics Letters 45(18):5266–5269, 2020. Mehra S Sidhu, Bhupesh Kumar and Kamal P Singh. The processing and heterostructuring of silk with light. Nature materials 16(9):938–945, 2017. Gopal Verma and Kamal P Singh. Universal long-range nanometric bending of water by light. Physical review letters 115(14):143902, 2015. Bhupesh Kumar and Kamal P Singh. Fatigueless response of spider draglines in cyclic torsion facilitated by reversible molecular deformation. Applied Physics Letters 105(21):213704, 2014. Kamal P Singh and Sudeshna Sinha. Enhancement of “logical” responses by noise in a bistable optical system. Physical Review E 83(4):046219, 2011. KP Singh, F He, Predrag Ranitovic, W Cao, S De, D Ray, S Chen, U Thumm, A Becker, MM Murnane and others. Control of electron localization in deuterium molecular ions using an attosecond pulse train and a many-cycle infrared pulse. Physical review letters 104(2):023001, 2010. D Ray, F He, S De, W Cao, H Mashiko, P Ranitovic, KP Singh, I Znakovskaya, U Thumm, GG Paulus and others. Ion-energy dependence of asymmetric dissociation of D 2 by a two-color laser field. Physical review letters 103(22):223201, 2009. Kamal P Singh and Jan M Rost. Optimal stochastic enhancement of photoionization. Physical review letters 98(16):160201, 2007. Fabien Bretenaker, Marc Brunel, Albert Le Floch, Guy Ropars and Kamal P Singh. Stochastic Resonances in an Optical Two-Order Parameter Vectorial System. Physical Review Letters 87(21), 2003. KP Singh, G Ropars, M Brunel and A Le Floch. Lever-assisted two-noise stochastic resonance. Physical review letters 90(7):073901, 2003.