Gopika G, Ph.D

B.E. Electronics and Communications, M.Tech Nanotechnology, Ph.D. Engineering

Gopika received a PhD degree in Engineering, MTech in Nano Technology and BE in Electronics and Communication Engineering. Her research work during her PhD was based on applications of 2D layered transition metal di-chalcogenide materials in excitonic solar cells. She is interested in pursuing research in 2D materials-based wearable electronics and solar cells. Gopika is a self motivated person, a good team players, and has good interpersonal skills and leadership qualities.

Articles from Gopika

Nanoporous Metals in Energy Technologies: An Overview

Here, an overview of the use of nanoporous metals in energy technologies is provided.

17 Jan 2022

How Doped Graphene Could Revolutionize Next-Gen Technologies

Doped graphene could revolutionize next-generation technologies. Learn more about the research and techniques here on AZoNano.

30 Dec 2021

Determining the Viscosity of Nanofluids: Techniques and Applications

A field of nanofluids has the potential to transform multiple industries in terms of their thermal management techniques.

15 Dec 2021

Medical Applications of Corrosion Resistant Modified Titanium Implants

Surface modification on titanium implants has emerged as an efficient solution for enhancing corrosion resistance.

14 Dec 2021

Nanotechnology's Potential for Developing Soy Milk

Nanotechnology could be used to enhance the sensory attributes of soy milk by forming nano soy milk.???????

7 Dec 2021

Nano-based Textiles and Fabrics: An Overview

The concept of clothing is under constant transformation through innovations in wearable technologies. Learn more about nano-based textiles on AZoNano.

6 Dec 2021

Integrating Nanosized Oxides into Electrodes to Improve Li-Batteries

The present study reports the development of nanosized and metastable molybdenum oxide as efficient negative electrode material for aqueous electrolytes in lithium-ion batteries.

2 Dec 2021

Graphene Nanoribbon Quantum Dots Display Topological Features Suitable for Advanced Electronics

Topological features of graphene nanoribbon quantum dots have been explored in new research that could help the design of advanced electronic devices.

2 Dec 2021