FAMN-CAID 2026 at Delhi University: Scientific Outcomes in Advanced Materials, Nanotechnology and AI

The pursuit of sustainable technological innovation requires rigorous global collaboration. Following months of preparation, the International Conference on "Frontiers in Advanced Materials, Nanotechnology, Computing, and Artificial Intelligence-Based Devices" (FAMN-CAID-2026) for Environmental and Sustainable Development has successfully concluded. Hosted by Delhi University at Motilal Nehru College from March 13th to 15th, 2026, the event established new paradigms in interdisciplinary physics.

The core organizing committee, including Convenor Dr. Rakesh Kumar Sonker, proudly standing on the campus grounds of Motilal Nehru College.

Inauguration and Academic Vision

The symposium opened with a traditional lamp lighting ceremony and an address by Principal Prof. Yogeshwar Sharma. The inaugural session set a high academic standard, highlighted by keynote lectures from distinguished scholars, including Prof. Ashutosh Bhardwaj (VC, Mody University, Rajasthan) and Prof. A.S. Rao (VC, Vikrama Simhapuri University, Andhra Pradesh).

The dedicated student volunteer team from the Anusandhan Physics Society.

Scientific Outcomes and Research Relevance

According to the official conference proceedings, the event covered frontier themes including nanostructured materials, device engineering, AI-assisted computation, sustainable materials research, and emerging interdisciplinary methodologies. The conference particularly highlighted semiconductor nanostructures, materials characterization techniques, and AI-assisted modeling approaches relevant to sustainable device engineering. Sponsored by the Council of Scientific and Industrial Research (CSIR), the technical sessions successfully bridged the gap between theoretical models and real-world environmental applications.

Throughout the hybrid technical sessions, international perspectives were shared by academicians such as Prof. Jerry Tai from National Yang-Ming Chiao Tung University, Taiwan. Discussions consistently emphasized that mastering core principles—much like how an understanding of black body radiation is essential for quantum physics—is the critical foundation for engineering the next generation of AI-driven nanodevices.

Delegates engaging with international speakers via the hybrid setup.

A packed seminar room listening to the oral presentations.

Poster Presentations & Institutional Collaboration

The final day witnessed vibrant academic discourse during the poster presentation sessions. This open environment allowed researchers to defend their methodologies and exchange ideas. The conference served as a powerful nexus for academic networking across departments and institutions within Delhi University's wider scientific ecosystem.

Faculty and researchers engaged in deep scientific discourse amidst the poster presentations.

The Valedictory Session honored these efforts with the Best Oral & Poster Award distribution, culminating in closing remarks from Dr. Rakesh Kumar Sonker.

The conference provided an excellent platform for academicians to connect and exchange ideas.

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Event Visual Archive

For more visual highlights, candid moments, and community participation from the three-day symposium, visit our Instagram event reel.

Further Reading

• Official University of Delhi academic updates
• CSIR scientific initiatives and funding
• Journal publication pathways in materials science (Wiley)

About the Author

Harsh Nath Jha is a dedicated student of B.Sc. Physics (Hons) at Motilal Nehru College and serves as the President of the Anusandhan Physics Society. He is passionate about bridging the gap between complex quantum concepts and interdisciplinary research. Connect with him on LinkedIn.