Dr. Padmaja Patnaik
PhD
Associate Professor
School of Applied Sciences
Department: PHYSICS
Phone: 7682803962
Email: [email protected]
About Me |
|---|
She has done her PhD in Physics from IITB, Mumbai under the guidance of Dr Gautam Mukhopadhya and Dr Prabhakar P Singh of IITB, Mumbai. Her interest is on the application of theory behind many scientific research and applications in the field of Physics and Material Science to solve modern day problems and foster innovation at grass root and industry levels. In research, she is passionate about the various computational techniques using various software packages that cut across multiple domains of Computational Condensed Matter Physics. |
Research Fields
- Computational condensed matter physics
- Laser and its applications
Teaching
- Mathematical Physics
- Quantum Physics
- Statistical Phyiscs
- Solid State Physics
Expertise
- Solid State Physics
- Computational Physics
- Quantum Physics
Interests
- Teaching and Research
Research Fields
My recent focus is around doping in semi-conductors and their applications in various industries can become the motors for cost efficiencies and speed to value for various manufacturers in the field of, Spintronics especially for Memory Devices, Solar Cell, Optoelectronics devices. My recent interest also includes Laser materials and Laser applications.
Recent Publications (International Journals)
| Sl. No. | Title | Issuer |
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Academic Honors & Awards
Publicaion 1
Structural and Electronic Properties of ZnSe Using Density Functional Theory
Publisher: TamilNadu Scientific Research Organisation
Volume: 1
ISBN: 60
Date of Publish: 2020-06-15
Author:
Description:
Publicaion 2
Density Functional Theory Calculations of Electronic Propertiesof InP
Publisher: TamilNadu Scientific Research Organisation
Volume: 2
ISBN: 60
Date of Publish: 2020-06-17
Author:
Description:
Publicaion 3
First Principle Calculations of Structural and Electronic Properties of ZnO
Publisher: TamilNadu Scientific Research Organisation
Volume: 3
ISBN: 60
Date of Publish: 2020-09-18
Author:
Description:
Publicaion 4
Ab initio study of Electronic properties of Samarium Doped Silicon Carbide
Publisher: TamilNadu Scientific Research Organisation
Volume: 4
ISBN: 60
Date of Publish: 2020-06-26
Author:
Description:
Publicaion 5
Ab-initio calculations of Electronic properties of Terbium Doped Silicon Carbide
Publisher: TamilNadu Scientific Research Organisation
Volume: 5
ISBN: 60
Date of Publish: 2020-06-28
Author:
Description:
Publicaion 6
Ab-initio study of Electronic properties of Silver Doped Silicon Carbide
Publisher: TamilNadu Scientific Research Organisation
Volume: 6
ISBN: 60
Date of Publish: 2020-06-29
Author:
Description:
Publicaion 7
Ab-initio study of Electronic properties of Technetium Doped Silicon Carbide
Publisher: TamilNadu Scientific Research Organisation
Volume: 7
ISBN: 60
Date of Publish: 2020-06-25
Author:
Description:
Publicaion 8
Ab-initio study of Electronic properties of Titanium Doped Silicon Carbide
Publisher: TamilNadu Scientific Research Organisation
Volume: 8
ISBN: 60
Date of Publish: 2020-06-23
Author:
Description:
Publicaion 9
Computational study of Indium Doped Silicon Carbide
Publisher: TamilNadu Scientific Research Organisation
Volume: 9
ISBN: 60
Date of Publish: 2020-07-24
Author:
Description:
Publicaion 10
Density Functional study of Dysprosium Doped Silicon Carbide
Publisher: TamilNadu Scientific Research Organisation
Volume: 10
ISBN: 60
Date of Publish: 2020-07-23
Author:
Description:
Publicaion 11
Electronic properties of Selenium Doped Silicon Carbide – A Computational Approach
Publisher: TamilNadu Scientific Research Organisation
Volume: 11
ISBN: 60
Date of Publish: 2020-07-25
Author:
Description:
Publicaion 12
Electronic properties of Thorium Doped Silicon Carbide – A Computational Approach
Publisher: TamilNadu Scientific Research Organisation
Volume: 12
ISBN: 60
Date of Publish: 2020-07-27
Author:
Description:
Publicaion 13
First Principle calculations of Electronic properties of Ruthenium Doped Silicon Carbide
Publisher: TamilNadu Scientific Research Organisation
Volume: 13
ISBN: 60
Date of Publish: 2020-07-28
Author:
Description:
Publicaion 14
First Principle verification Electronic properties of Rhodium Doped Silicon Carbide
Publisher: TamilNadu Scientific Research Organisation
Volume: 14
ISBN: 60
Date of Publish: 2020-06-30
Author:
Description:
Publicaion 15
A Computational Approach to Understand the Electronic properties of Erbium Doped Silicon Carbide
Publisher: TamilNadu Scientific Research Organisation
Volume: 15
ISBN: 60
Date of Publish: 2020-07-20
Author:
Description:
Publicaion 16
Studying Zirconium Doped Silicon Carbide Computationally
Publisher: TamilNadu Scientific Research Organisation
Volume: 16
ISBN: 60
Date of Publish: 2020-08-06
Author:
Description:
Publicaion 17
Studying the Electronic properties of Cadmium Doped Silicon Carbide with Density Functional Theory
Publisher: TamilNadu Scientific Research Organisation
Volume: 17
ISBN: 60
Date of Publish: 2020-08-05
Author:
Description:
Publicaion 18
Study of the Electronic properties of Holmium Doped Silicon Carbide
Publisher: TamilNadu Scientific Research Organisation
Volume: 18
ISBN: 60
Date of Publish: 2020-07-31
Author:
Description:
Publicaion 19
Properties of Actinium Doped Silicon Carbide – A Density Functional Theory
Publisher: TamilNadu Scientific Research Organisation
Volume: 19
ISBN: 60
Date of Publish: 2020-08-13
Author:
Description:
Publicaion 20
Palladium Doped Silicon Carbide– A Computational Approach
Publisher: TamilNadu Scientific Research Organisation
Volume: 20
ISBN: 60
Date of Publish: 2020-08-13
Author:
Description:
Publicaion 21
Molybdenum Doped Silicon Carbide – A Density Functional Theory Approach
Publisher: TamilNadu Scientific Research Organisation
Volume: 21
ISBN: 60
Date of Publish: 2020-08-13
Author:
Description:
Publicaion 22
Lanthanum Doped Silicon Carbide – A Computational Approach
Publisher: TamilNadu Scientific Research Organisation
Volume: 22
ISBN: 60
Date of Publish: 2020-08-19
Author:
Description:
Publicaion 23
First Principle verification properties of Krypton Doped Silicon Carbide
Publisher: TamilNadu Scientific Research Organisation
Volume: 23
ISBN: 60
Date of Publish: 2020-08-12
Author:
Description:
Publicaion 24
A Computational study of Electronic properties of Calcium Doped Silicon Carbide
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 24
ISBN: 28
Date of Publish: 2020-12-16
Author:
Description:
Publicaion 25
Arsenic Doped Silicon Carbide – A Computational Approach
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 25
ISBN: 40
Date of Publish: 2020-12-16
Author:
Description:
Publicaion 26
Computational study of Electronic properties of Praseodymium Doped Silicon Carbide
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 26
ISBN: 28
Date of Publish: 2020-12-18
Author:
Description:
Publicaion 27
Computational study of Aluminium Doped Silicon Carbide
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 27
ISBN: 28
Date of Publish: 2020-12-01
Author:
Description:
Publicaion 28
Density Functional study of Electronic properties of Argon Doped Silicon Carbide
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 28
ISBN: 28
Date of Publish: 2020-12-04
Author:
Description:
Publicaion 29
Electronic properties of Cobalt Doped Silicon Carbide – A Computational Approach
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 29
ISBN: 28
Date of Publish: 2020-12-11
Author:
Description:
Publicaion 30
Electronic properties of Iron Doped Silicon Carbide – A Density Functional Theory Approach
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 30
ISBN: 28
Date of Publish: 2020-12-10
Author:
Description:
Publicaion 31
Electronic properties of Manganese Doped Silicon Carbide – A Computational Approach
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 31
ISBN: 28
Date of Publish: 2020-12-22
Author:
Description:
Publicaion 32
Electronic properties of Potassium Doped Silicon Carbide – A Density Functional Theory Approach
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 32
ISBN: 28
Date of Publish: 2020-12-16
Author:
Description:
Publicaion 33
Electronic properties of Sodium Doped Silicon Carbide – A Computational Approach
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 33
ISBN: 28
Date of Publish: 2020-12-17
Author:
Description:
Publicaion 34
Electronic properties of Zinc Doped Silicon Carbide – A Computational Approach
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 34
ISBN: 28
Date of Publish: 2020-12-24
Author:
Description:
Publicaion 35
First Principle verification of Electronic properties of Copper Doped Silicon Carbide
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 35
ISBN: 28
Date of Publish: 2020-12-15
Author:
Description:
Publicaion 36
Oxygen Doped Silicon Carbide – A Computational Study
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 36
ISBN: 28
Date of Publish: 2020-12-24
Author:
Description:
Publicaion 37
Studying the Electronic properties of Cerium Doped Silicon Carbide by Computational Method
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 37
ISBN: 28
Date of Publish: 2020-12-25
Author:
Description:
Publicaion 38
Understanding the Electronic properties of Godolinium Doped Silicon Carbide
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 38
ISBN: 28
Date of Publish: 2020-12-03
Author:
Description:
Publicaion 39
Understanding the Electronic properties of Sulphur Doped Silicon Carbide – A Computational Approach
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 39
ISBN: 28
Date of Publish: 2020-12-11
Author:
Description:
Publicaion 40
Comparison of Results of different exchange and correlation potential for Gallium Nitride
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 39
ISBN: 28
Date of Publish: 2020-12-31
Author:
Description:
Publicaion 41
Computational Approach for Understanding the Electronic properties of Boron Doped Silicon Carbide
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 40
ISBN: 40
Date of Publish: 2020-12-04
Author:
Description:
Publicaion 42
Computational study of Electronic properties of Neodymium Doped Silicon Carbide
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 41
ISBN: 40
Date of Publish: 2021-02-19
Author:
Description:
Publicaion 43
Electronic properties of Chlorine Doped Silicon Carbide – A Computational Approach
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 42
ISBN: 40
Date of Publish: 2020-12-10
Author:
Description:
Publicaion 44
Electronic properties of Holmium Doped Silicon Carbide – A Computational Approach
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 43
ISBN: 40
Date of Publish: 2020-12-25
Author:
Description:
Publicaion 45
Electronic properties of Magnesium Doped Silicon Carbide – A Computational Approach
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 44
ISBN: 40
Date of Publish: 2020-12-17
Author:
Description:
Publicaion 46
Electronic properties of Phosphorus Doped Silicon Carbide
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 45
ISBN: 40
Date of Publish: 2020-12-10
Author:
Description:
Publicaion 47
Electronic properties of Scandium Doped Silicon Carbide – A Computational Approach
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 46
ISBN: 40
Date of Publish: 2020-12-03
Author:
Description:
Publicaion 48
Electronic properties of Vanadium doped Silicon Carbide – A Computational Approach
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 47
ISBN: 40
Date of Publish: 2020-12-30
Author:
Description:
Publicaion 49
First Principle verification of the Electronic properties of Fluorine Doped Silicon Carbide
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 48
ISBN: 40
Date of Publish: 2020-12-04
Author:
Description:
Publicaion 50
Promethium Doped Silicon Carbide – A Computational Approach
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 49
ISBN: 40
Date of Publish: 2020-12-27
Author:
Description:
Publicaion 51
Understanding Chromium Doped Silicon Carbide by Density Functional Theory
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 50
ISBN: 40
Date of Publish: 2020-12-30
Author:
Description:
Publicaion 52
Understanding the Electronic properties of Nickel Doped Silicon Carbide – A Computational Approach
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 51
ISBN: 40
Date of Publish: 2020-12-21
Author:
Description:
Publicaion 53
Understanding the Electronic properties of Ytterbium Doped Silicon Carbide – A Computational Approach
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 52
ISBN: 40
Date of Publish: 2020-12-18
Author:
Description:
Publicaion 54
Comparison of different exchange and correlation potential for tetragonal SnO2
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 53
ISBN: 40
Date of Publish: 2020-12-29
Author:
Description:
Publicaion 55
Density Functional Theory calculations for ZnO with different exchange and correlation potential
Publisher: Sanchar Educational & Research Foundation, Lucknow (U.P.) INDIA
Volume: 54
ISBN: 40
Date of Publish: 2020-12-16
Author:
Description:
Publicaion 56
Microscopic Study of Two Band Superconductivity in Magnesium Diboride Superconductor (MgB2)
Publisher: Science Publishing Group
Volume: 55
ISBN: 2
Date of Publish: 2021-04-30
Author:
Description:
Publicaion 57
Verification of Suitable Exchange and Correlation Potential for FeO
Publisher: TamilNadu Scientific Research Organisation
Volume:
ISBN:
Date of Publish: 2021-11-24
Author: Padmaja Patnaik, Mandakini Baral and Dipan Kumar Das
Description:
Publicaion 58
Investigation of Best Fitted Exchange and Correlation Potential for GaAs
Publisher: TamilNadu Scientific Research Organisation
Volume:
ISBN: 69
Date of Publish: 2021-11-24
Author: Padmaja Patnaik, Mandakini Baral and Santanu Kumar Nayak
Description:
Publicaion 59
Suitable Exchange and Correlation Potential for ZnSe - A DFT Study
Publisher: TamilNadu Scientific Research Organisation
Volume:
ISBN: 69
Date of Publish: 2021-11-25
Author: Padmaja Patnaik* and Subhraraj Panda
Description:
Publicaion 60
Study of effective de-Gennes Factor and effect of Doping on Superconductivity in Rare-earth Nickel Borocarbide Superconductors
Publisher: Elsevier Ltd.
Volume:
ISBN:
Date of Publish: 2022-06-30
Author: B. K. Sahoo, S. Pradhan, S. Das, S. K. Barik, P. Patnaik, R. K. Bhuyan, B. N. Panda
Description:
Publicaion 61
Elastic Properties of Zinc Sulfide by Using Generalized Gradient Approximations
Publisher: Heron Press
Volume:
ISBN:
Date of Publish: 2022-03-30
Author: Subhraraj Panda, Padmaja Patnaik
Description:
Publicaion 62
Substitutional Tungsten Doping in Silicon Carbide Introducing Magnetic Properties: A Computational DFT Approach
Publisher: Bentham Science Publishers
Volume:
ISBN: 4
Date of Publish: 2022-06-15
Author: Patnaik, Padmaja; Das, Dipan k.; Panda, Subhraraj; Mukhopadhyay, Gautam
Description:
Publicaion 63
Elastic properties calculation of Hexagonal Gallium Nitride doped with Osmium in the presence of Universal force field
Publisher: Orissa Physical Society
Volume:
ISBN: 2
Date of Publish: 2022-08-01
Author:
Description:
Publicaion 64
DMol 3 Calculation of Electronic Properties of ZnO with different LDA approximation
Publisher: Orissa Physical Society
Volume:
ISBN: 1
Date of Publish: 2022-08-01
Author: SK NAYAK, P PATNAIK
Description:
Publicaion 65
Electronic Calculations of Sno2 Using Gga+U With Different Pseudopotentials and Relativistic Treatment
Publisher: Journal of Propulsion Technology
Volume:
ISBN: 4
Date of Publish: 2023-12-01
Author: Dr. Subhraraj Panda Dr. Padmaja Patnaik, Mandakini Baral, Santanu Kumar Nayak, Dipan Kumar Das
Description:
Publicaion 66
Assessing the Effect of Electronic Pseudopotentials and Relativistic Treatments on the Structural and Electrical Properties of GaN: A DFT Study
Publisher: Physics and Chemistry of Solid State
Volume:
ISBN: 4
Date of Publish: 2023-12-17
Author: DK Dash, P Patnaik, SK Nayak, M Barala
Description:
Publicaion 67
Electronic and Half-Metallic Behaviour of Copper Doped Sillicon Carbide Armchair Single Walled Nano Tubes Using Density Functional Theory
Publisher: World Scientific Publishing Company
Volume:
ISBN:
Date of Publish: 2024-03-15
Author: Dipan Kumar Das, Padmaja Patnaik, Santanu Kumar Nayak, Mandakini Barala
Description:
Publicaion 68
[HTML] from sciencedirect.com Electronic and half-metallic behaviour of manganese doped SiC Zigzag nanotubes using density functional theory
Publisher: Elsevier
Volume:
ISBN:
Date of Publish: 2024-06-01
Author:
Description:
Publicaion 69
The Transformation of Manufacturing by Artificial Intelligence
Publisher: IGI Global
Volume:
ISBN:
Date of Publish: 2024-02-12
Author: Dipan Kumar Das, Priyambada Mallick, Siddharth Parthasarathy, Santosh Ku Satpathy, Padmaja Patnaik
Description:
Publicaion 70
Dr PRADOSH KUMAR SHARMA, DR. NEHA SHARMA , DR. AJAY R. CHAWARE, KISHOR BABANRAO RAULKAR
Publisher: AICTE
Volume:
ISBN:
Date of Publish: 2022-01-12
Author:
Description:
Patent 1
A STUDY TO ANALYSE THE IMPACT OF ARTIFICIAL INTELLIGENCE AND MACHINE LEARNING IN NUCLEAR PHYSICS
Issue Date: 2023-01-20
Description:
An electrode for use in an apparatus for causing nuclear fusion reactions at a low temperature being characterized in that said electrode is made of an alloy being capable of occluding hydrogen isotopes. The electrode for use
in an apparatus for causing nuclear fusion reactions at a low temperature being characterized in that said electrode is formed as a sphere. An electrode for use in an apparatus for causing nuclear fusion reactions at a low
temperature being characterized in that said electrode is made of an amorphous metal or alloy not having a crystal lattice rule of long period as a main component. receiving photons and thermal waves emitted from a
radioactive material at a Nuclear Thermionic Avalanche Cell. Outputting avalanche electrons using in part the received photons.