About Dr. Prasanta Ghosh
Dr. Prasanta Ghosh is an applied physicist and passionate in designing specialized didactic solutions for transformation of Classroom knowledge to field conceptualizations. Dr. Ghosh is striving to fulfill his aim to see each and every principle of Physics can be implemented to a successful Product and Process-idea for creation of employment/self-employment.
He has developed ample of indigenous instruments and provides Industrial and Research solution with low cost Automation and Indigenous Instrumentation.
Able to initiate any Research in his domain from scratch.
Dr. Ghosh is an active Reviewer of several SCOPUS indexed Peer Reviewed Physics (mainly Materials Science) journal.
Dr. Ghosh have 8 years of teaching experience and 15 years of research experience.
Dr. Prasanta Ghosh obtained his Graduation (2001-2004) and M.Sc.(2004-2006) in Physics with specialization in Electronics from Dr. B. A. M. University Aurangabad (MS) India. He acquired his Doctorate degree (2006-2013) in Physics (Organic nanoelectronics) from the same institute.
An avid nature lover and has profound interest in Bengali literature and Indian history.
Current Research & Research Goal
Dr. Ghosh’s research efforts are primarily aimed at developing innovative technologies for improving human health and the quality of life.
He conducts research in the broad area of organic/inorganic functional nanomaterials- including organic Field Effect Transistors, inorganic/organic hybrids and advanced sensors based on organic matter and SHI Irradiation.
Honors and Achievements
Top Peer Reviewer in Materials Science – 2019
Global Peer Review Awards 2019, by Publons, A Division of Web of Science - Clarivate Analytics
Highlighted Published Research Work
Patents (National): 03 (Published) 02 (Filed)
Total Research Article Published: 54
In International Journals: 28
In International Conferences: 13
In National Conferences: 10
Chapters in Book Volume: 03
Range of Impact Factor : 0.47 to 7.00 (Clarivate Analytics)
Average Impact Factor: 2.46 (Clarivate Analytics)
Cumulative Impact Factor: 44.3 (Clarivate Analytics)
h- index: 10 (Google Scholar) 08 (Scopus)
i 10 index: 10 (Google Scholar)
Total Citations: 349 (Google Scholar) and 245 (Scopus)
ResearchGate RG Score: 23.8
Indigenously Designed and Developed Instruments/Devices/ Systems
Vapor Phase Chemical Vapor Deposition (CVD) system for CNT synthesis
Digital Constant Temperature Bath for Non-Linear Optical Crystal Growth
Probe Station for Micron structure Semiconductor probing.
Isolated vacuum Glove Box for highly toxic material research
PC Based Robotic Arm for SILAR and Dipcoating Technique for Thin film deposition
Automated Dynamic Gas Sensing System
Digital Drying Oven & Furnace
Digital Tubular Furnace
Laboratory Automation & Process control