top of page

My Research Interests

Elementary Particle Theory

download (1).png

String Theory and Holographic Duality

cover1_edited.jpg

Quantum Gravity and Black Hole Physics

Untitled

Quantum Information Theory and Foundations

My Research: Research

Digital Skills

Coding is fun

Programming Languages

Mathematica, Python, Matlab, C, C++, JAVA, HTML, Visual Python, Fortran

Softwares

Gnuplot, Origin, Matlab, Maple, Adobe,  Visual Basic, LaTEX, IDLE, Notepad++ etc

Operating System

Windows, Linux, Ubuntu, Linux Mint, Kali-linux, Centos

My Research: Research

Reseach Experience

Delving into the ocean of Physics

My Research: Research

Curious Aspects of AdS/CFT and Quantum Gravity (Master’s Thesis).

August 2019 - present

cover1.png

Study of Universal phenomenon as Quantum Computer.

March 2019 - present

cloud-photo.jpg

Quantum Cloning and Cryptographic Issues (March 2019 - present)

Guide: Prof. Dipankar Home

thelinesaredrawn_edited.jpg

Data Analysis to find the geographical origin of songs (January 2019- May 2019)

Instructor: Dr. Koel Das

1_jEGFJCm4VSG0OzoqFUQJQg_edited_edited.jpg

Novel works related to Foundation of Quantum Mechanics, Quantum Key- distribution, Quantum Cryptography (December 2018- present)

Guide: Dr. Alok Pan

sphere3.png

Study of Approaches to Quantization of Space-Time(September 2018- June 2019)

Guide: Prof. Prasanta K. Panigrahi

20190122-Is-space-time-a-quantum-code-Fe

Novel aspects Preparation Contextuality and Steering(August 2018- present)

Guide: Dr. Alok Pan

6635_web.jpg

Study of solitons as spiked string solution in ADS-CFT(August 2018- December 2018)

Instructor: Prof. Prasanta K. Panigrahi

fig1.png

Study of optical analogue of Quantum Black Hole & Application of Transformation Media specially Invisibility device (August 2018- December 2018)

Instructor: Prof. Prasanta K. Panigrahi

060524_invisible_hmed8p.grid-6x2.jpg

Special and detailed study on QFT and path integral formulation (May 2018- August 2018)

Guide: Prof. Sunandan Gangopadhyay

b60e3e8a594f792bffb25b525e19e007.png

Quantum Machine learning with Quantum Neuron (May 2018- April 2019)

Guide: Prof. Prasanta K. Panigrahi

deeplearningnnetwork.png

Study of AOKI phase in Lattice QCD

(March 2018- August 2018)

Guide: Prof. Dipankar Chakrabarty

CKMphase2.png

Study of exactness of SWKB approximation (January 2018- April 2018)

Instructor: Prof. Prasanta K. Panigrahi

images.png

Study and application of quantum Algorithms (December 2017- Present)

Guide: Prof. Prasanta K. Panigrahi

450px-Shor's_algorithm.svg.png

Modelling and building the circuit of Mobile Signal detector(August 2017- December 2017)

Instructor: Prof. Soumitro Banerjee

                 Prof. Goutam Dev Mukherjee

Electronic_circuit.jpg

Special Topics on entropic non-contextuality in Quantum systems (May 2017- August 2018)

Guide: Prof. Prasanta K Panigrahi

           Dr. Alok Pan

fig1.gif

Study on Quantum Decoherence (December 2017- August 2017)

Guide: Prof. Dipankar Home

quantum-classical-boundary11.png

Study on Brownian Motion ()

Guide: Prof. Sunandan Gangopadhyay

03_brownian_13_0.png

Mathematical Study of the alignment of the 2d projection of the unaligned Radio Jet vectors for different galaxy. (May 2016- December 2016)

Guide: Prof. Patrick Dasgupta

The-radio-jet-of-the-elliptical-galaxy-M

Simulating the charge diffusion over anode of Piggyback MICROMEGAS taking consider the resolution.     (December 2015- July 2016)

Guide: Prof. Supratik Mukhopadhyay

mm_principle.png

Study of the Quantum Information and Quantum Computation in light of Quantum Cryptography. (May 2016- June 2016)

Guide: Prof. Guruprasad Kar

MjcyNTc1NQ.jpeg

Understanding and Simulating Three Body Problem with Visual- Python in order to find new solutions                                      (December 2015- February 2016)

Guide: Prof. Ananda Dasgupta

three-body-problem.jpg
bottom of page