Dr Parimal Ghosh
Associate Professor
| Department of Physics
Banwarilal Bhalotia College
West Bengal
Expertise:
Applied Physics
9
Publications
1
Projects
83
Scopus Citations
73
CrossRef
24 Years 3 Months Total Experience
Scopus
83
Citations
6
h-index
CrossRef
73
Citations
6
h-index
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Professional Recognition
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Community & Membership
THE UNIVERSITY OF BURDWAN
MEMBER, RESEARCH ADVISORY COMMITTEETHE UNIVERSITY OF BURDWAN
MEMBER, POST GRADUATE BOARD OF STUDIESBANWARILAL BHALOTIA COLLEGE, ASASNOL
TEACHING REPRESENTATIVE, GOVERNING BODYMICHAEL MADHUSUDAN MEMORIAL COLLEGE, DURGAPUR
GOVERNMENT NOMINEE, GOVERNING BODYUSHAGRAM GIRLS HIGH SCHOOL, ASANSOL
GURADIAN REPRESENTATIVE, MANAGING COMMITTEEMOHISHILA COLONY GOVT. HIGH SCHOOL
MEMBER, MANAGING COMMITTEEPersonal Details
Doctor of Philosophy
2017
SKU College
Associate Professor
Jun 2002 – Present
Banwarilal Bhalotia College
| Department of Physics
Physical Sciences
Scholarly Work
Ionospheric effect on the redshifted 21 - cm radio interferometric observations with uGMRT and satellite observations
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Scholarly Publications
A method of optical implementation of frequency encoded all optical logic gates based on multiphoton processes in non linear material
Analytical approach of developing wavelength encoded AND, NAND and X-OR logic operations and implementation of the theory using semiconductor optical amplifiers
Method of developing an all optical wavelength encoded single bit comparator exploiting four wave mixing and wavelength filtering character of nonlinear semiconductor optical amplifiers
A novel all optical method of implementing an n-bit wavelength encoded complete digital data comparator using nonlinear semiconductor optical amplifiers
Probing Equatorial Ionospheric TEC at Sub-GHz Frequencies with Wide-Band (B4) uGMRT Interferometric Data
Open AccessStudying ionospheric phase structure functions using wide-band uGMRT (Band-4) interferometric data
An all optical method of implementing a wavelength encoded simultaneous binary full adder-full subtractor unit exploiting nonlinear polarization rotation in semiconductor optical amplifier
A novel frequency encoded all optical CNOT gate exploiting difference frequency generation and implementation of fast binary adders using frequency encoding and nonlinear dielectric films
Showing 1 to 8 of 9 publications