Study of Dielectric Parameters_Goa Research Conclave 2026_Manjunath_T_Nayak

🔬 What if the future of your smartphone, laptop, and every microchip inside them depends on a special type of glass? Welcome to my presentation at the Goa Research Conclave 2026 — where cutting-edge science meets real-world impact! In this video, I break down my research on "Study of Dielectric Parameters of Bismuth-Silicate Glasses for Next-Generation Microelectronics" — a study that could change how we build faster, smaller, and more efficient electronic devices. Bismuth-silicate glasses are emerging as game-changing materials in the world of microelectronics due to their unique dielectric properties. From high-speed processors to advanced memory devices, understanding these parameters is the key to unlocking the next leap in technology. 📍 Event: Goa Research Conclave 2026 📅 Date: 4th & 5th September 2026 🏛️ Venue: Donapaula, Goa 🎤 Presenter: Dr. Manjunath T. Nayak 🏛️ ORGANIZED BY: GSRF (Goa State Research Foundation) ANRF (Anusandhan National Research Foundation) Directorate of Higher Education, Goa ⏱️ TIMESTAMPS: 00:00 — Introduction 00.24 — Dielectric Material 01:12 — Why Bismuth-Silicate Glasses Matter 02:16 — Research Objectives 02:50 — Experimental Methodology 04:10 — Key Findings & Results 04:57 — Dielectric Parameters 06:06 — Implications for Next-Gen Microelectronics 06:42 — Conclusion & Future Scope 07:15 — Thank You 🔗 CONNECT WITH ME: 📧 Email: [manjunathnayak@carmelcollegegoa.org] 🔗 LinkedIn: [  / manjunath-nayak-831249313  ] 🎓 ResearchGate: [https://www.researchgate.net/profile/...] 📚 Google Scholar: [https://scholar.google.co.in/citation...] 🎵 MUSIC CREDITS: Background music used in this video is licensed under: Creative Commons — Attribution 3.0 Unported — CC BY 3.0 Music promoted by Copyright Free Music — Background Music For Videos 👉 YouTube Channel: @podcastbackgroundmusic 📢 SHARE & SUPPORT: If you found this research interesting, LIKE this video, SHARE it with fellow researchers & tech enthusiasts, and SUBSCRIBE for more science content! 💬 Drop a comment: What material do YOU think will power the next generation of microelectronics? 🏷️ TAGS / KEYWORDS: Bismuth Silicate Glass, Dielectric Properties, Microelectronics, Next Generation Electronics, Semiconductor Materials, Glass Ceramics, ANRF, Goa State Research Foundation, Directorate of Higher Education Goa, Goa Research Conclave 2026, Donapaula, Research Presentation, Material Science, Physics Research, Nanotechnology, Dielectric Constant, Dielectric Loss, Electronic Materials, Manjunath T Nayak, Indian Research, Academic Conference, Science Communication 🔖 HASHTAGS: #BismuthSilicate #DielectricMaterials #Microelectronics #NextGenTech #GoaResearchConclave #ANRF #MaterialScience #ResearchPresentation #Semiconductor #GlassScience #PhysicsResearch #ScienceCommunication #IndianResearcher #Donapaula #Goa2026 #ManjunathNayak #CopyrightFreeMusic #CCBY3 🙏 Thank you for watching! Science is better when shared.