Dr. Rashi Chaudhary is a researcher in materials science and nanotechnology with a strong focus on nanocomposites, functional nanomaterials, and their interdisciplinary applications. She was awarded the Sharda University Research Scholarship (SURS) for the period July 2019 – July 2022, recognizing her academic merit and research potential. She is currently associated with funded research under the CST-UP Grants Project (September 2024 – March 2025), reflecting her active engagement in sponsored scientific research.

Research Interests

Dr. Chaudhary’s research interests span:

• Nanocomposite materials

• Antibacterial and functional nanomaterials

• Carbon quantum dots and green nanotechnology

• Polymer nanocomposites

• Energy, environmental, and advanced materials

Her work integrates fundamental material science with applied research aimed at sustainability and technological innovation.

Publications & Intellectual Property

Dr. Chaudhary has authored 12 research publications in peer-reviewed journals. She is also a co-inventor on two published patents, highlighting her contributions to translational and application-oriented research:

• Nanocomposite material with antibacterial properties and process thereof

• Carbon quantum dots from natural sources and related composites

These patents demonstrate her ability to translate laboratory research into novel material solutions.

Books & Book Chapters

She has contributed to internationally recognized book chapters published by reputed publishers, including Material Research Foundations, Cambridge Scholars Publishing, and Jenny Stanford Publishing, covering emerging trends in nanotechnology, flame-retardant polymer nanocomposites, and the structural and chemical properties of nanomaterials.

Conference Presentations & Academic Engagement

Dr. Chaudhary has actively presented her research at national and international conferences across India and abroad, including Malaysia. Her consistent participation through oral and poster presentations reflects her engagement with the global scientific community and her commitment to disseminating research findings.

Eligibility for Nobel Research Award

Dr. Rashi Chaudhary’s research profile demonstrates several foundational criteria associated with eligibility for the Nobel Prize in scientific disciplines, including original research output, peer-reviewed publications, intellectual property in the form of published patents, funded research projects, and international scholarly dissemination. Her work in nanocomposite materials, antibacterial nanomaterials, carbon quantum dots, and advanced functional materials contributes to areas of global scientific relevance with potential long-term societal and technological impact.

The Nobel Prize does not require formal application and has no age, nationality, or institutional restrictions; eligibility is based on scientific discoveries or innovations that confer exceptional benefit to humanity, typically recognized after sustained international validation. In this context, Dr. Chaudhary is academically eligible in principle for consideration, as her research demonstrates originality, innovation, and translational potential—key attributes evaluated in Nobel-level research trajectories.

With continued advancement toward transformative discoveries, expanded global citation impact, and demonstrable influence on scientific paradigms or technologies, Dr. Rashi Chaudhary’s research career aligns with the long-term standards associated with Nobel-caliber scientific achievement.