I am a post-doctoral fellow at the
Institute
of Theoretical Particle Physics (TTP) in Karlsruher
Institut für Technologie (KIT), Karlsruhe, Germany since
October 2016. It is a joint position
between KIT
and Johannes
Gutenberg-Universität Mainz,
Germany. Previously, I was an
integrated - Ph.D. student in the
Dept. of Theoretical Particle Physics
at Harish-Chandra
Research Institute (HRI) situated
at the bank of rivers Ganges and
Yamuna in Allahabad, India. Later, on
March of 2015 I moved
to The
Institute of Mathematical Sciences
(IMSc), Chennai, India. The whole
tenure of my Ph.D. is partially spent
in HRI and the rest in IMSc.
I have time dependent
hobbies! I love to explore various
programming languages, such as BASH
shell script, HTML! I love to keep
myself updated with the latest
technological gadgets! I love to visit
tourist spots provided my physical
strength does not betray!
Occasionally, I love to play a role of
an unprofessional and unsmart
photographer with my age-old companion
D3100! I love to listen to western
music! I love to listen to Rabindra
sangeet! I love to teach Physics and Mathematics.
Have you wondered ever, what happens if you start breaking an inanimate object whatever you see around you!? Does it excite you if I say whatever you ‘see’ around you through your naked eye, all are made up of only 17 different types of particles!? Does it stir your young mind, if you are told there are only 4 kinds of forces responsible for all the phenomena taken place in the universe [definitely except love ;) ]!? These types of extraordinarily fascinating things are being investigated over past few centuries! Thousands of genius minds’ hard work have led us to these enthralling conclusions! My area of research, in a broader sense, does belong to the above mentioned categories. I am trying to understand the nature of some of the fundamental particles (quark, gluons, Higgs bosons etc.) among the above-mentioned 17. How do they behave? How do they help to build up the universe? And also...are these the only fundamental particles existing in the universe or there are many more? There are hundreds of unanswered questions which are part of active investigations in the scientific community of particle physics. Being a theoretical physicist, I try to explore and understand these through mathematics. The outcomes of the theoretical understanding require experimental verifications before reaching out to a conclusion.
After the discovery of the Standard-model-like scalar Higgs boson at the LHC, the high energy physics community is standing on the verge of a critical era where any deviation from the predictions of the Standard model (SM) will lead us beyond the wall of known physics. For the past few decades, the SM has been sitting on the golden throne of high energy physics with great pride. However, it fails to describe many intersting facts, such as, baryon asymmetry in the universe, non-zero mass of the neutrino, dark matter, dark energy. So, a new theory beyond the SM is required to get satisfactory answers involving these. This investigation of the new physics beyond the SM demands precise theoretical predictions in addition to the remarkable experimental progress.
My main interest lies in the precise theoretical predictions of the observables associated with the SM as well as BSM scenarios.
Supervisor:
Prof. Biswarup
Mukhopadhyaya
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Supervisor:
Prof. Biswarup
Mukhopadhyaya
pdf
Supervisor:
Prof. Biswarup
Mukhopadhyaya
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Supervisor:
Prof. Rajesh
Gopakumar
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Supervisor:
Prof. Ashoke
Sen
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Supervisor:
Dr. Ashok
Mohapatra
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