Academic Identity

Vidwan-ID : 53820

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  • Dr Anuj Kumar Sharma

  • Associate Professor
  • National Institute of Technology, Delhi
Publications 2004 - 2025

Publications

  • 166
    Journal Articles
  • 6
    Book Chapter
  • 15
    Conference
    Proceedings
  • 4
    Review
  • 3
    Aip
  • 2
    Book
  • 4
    Projects
  • 7
  • 5
  • 143

Citations / H-Index

4500 Citations
30 h-index
4918 Citations

Altmetrics

39
34
17
771
54

Google Scholar

Co-author Network

Expertise

Optics

Nanophotonics, Plasmonics, Optical sensors, Biophotonics, Semiconductor lithography and Technology Management.

Personal Information

Dr Anuj Kumar Sharma

Male
Department of Applied Sciences National Institute of Technology, Delhi
Delhi, Delhi, India - 110036

Experience

  • Associate Professor

    Department of Applied Sciences

    National Institute of Technology, Delhi

  • Assistant Professor

    Department of Applied Sciences

    National Institute of Technology, Delhi

  • Assistant Professor

    Applied Physics

    Gautam Buddha University

  • Technical Analyst

    ASML Netherlands B.V.

  • Research Associate

    Applied Sciences (Physics)

    Indian Institute of Technology Delhi

Qualification

  • Ph.D.

    Indian Institute of Technology, Delhi

  • M. Sc.

    Indian Institute of Technlology, Roorkee

Honours and Awards

2021

Associate Editor

Frontiers in Electronic Materials

2019

Associate Editor

Optical Fiber Technology (Elsevier Journal)

2019

Associate Editor

IEEE Sensors Journal

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2021

Associate Editor

Frontiers in Electronic Materials

2019

Associate Editor

Optical Fiber Technology (Elsevier Journal)

2019

Associate Editor

IEEE Sensors Journal

2007

Alexander von Humboldt Fellowship

Alexander von Humboldt Foundation Germany

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Doctoral Theses Guided

2020

STUDIES ON CHALCOGENIDE MATERIALS BASED PLASMONIC BIO/CHEMICAL SENSORS IN NEAR INFRARED WITH OPTICAL FIBER/PRISM AND TWO-DIMENSIONAL (2D) MATERIALS

Baljinder Kaur, National Institute of Technology Delhi

2019

Simulation Studies on Evanescent Wave Optical Sensors using Chalcogenide Glasses and Two Dimensional Materials for Biomedical Application in Near Infrared Region

Jyoti Gupta, National Institute of Technology

2018

Studies on near infrared applications of fluoride glasses, 2D and group IV materials in phototransistors and plasmonic sensors

Ankit Kumar Pandey, National Institute of Technology Delhi

2020

STUDIES ON CHALCOGENIDE MATERIALS BASED PLASMONIC BIO/CHEMICAL SENSORS IN NEAR INFRARED WITH OPTICAL FIBER/PRISM AND TWO-DIMENSIONAL (2D) MATERIALS

Baljinder Kaur, National Institute of Technology Delhi

2019

Simulation Studies on Evanescent Wave Optical Sensors using Chalcogenide Glasses and Two Dimensional Materials for Biomedical Application in Near Infrared Region

Jyoti Gupta, National Institute of Technology

2018

Studies on near infrared applications of fluoride glasses, 2D and group IV materials in phototransistors and plasmonic sensors

Ankit Kumar Pandey, National Institute of Technology Delhi

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Membership In Professional Bodies

2018

IEEE

Member

2018

Optical Society of India

Life Member

2018

Indian Laser Association

Life Member

2018

IEEE

Member

2018

Optical Society of India

Life Member

2018

Indian Laser Association

Life Member

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Research Projects

3D photonic bioprinting assisted by 2D materials for the new generation of biomedical devices

Funding Agency : Department of Science and Technology

Prototype development of a photovoltaic solar cell with a high conversion efficiency: An application of two-dimensional materials

Funding Agency : Council of Scientific and Industrial Research

Investigations on surface plasmon resonance (SPR) based optical sensing with an emphasis on the role of spin waves and magnonics in related materials

Funding Agency : Scientific and Engineering Research Board (SERB)India

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3D photonic bioprinting assisted by 2D materials for the new generation of biomedical devices

Funding Agency : Department of Science and Technology

Prototype development of a photovoltaic solar cell with a high conversion efficiency: An application of two-dimensional materials

Funding Agency : Council of Scientific and Industrial Research

Investigations on surface plasmon resonance (SPR) based optical sensing with an emphasis on the role of spin waves and magnonics in related materials

Funding Agency : Scientific and Engineering Research Board (SERB)India

Analysis and design of plasmon-based photonic devices utilizing enhanced light absorption in metallic nanostructure

Funding Agency : Council of Scientific and Industrial Research India

Read Less

Publications (197)

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