International Conference on Electronic Materials and Applications

• T1

  AI-ML and Big Data for Materials Informatics

  Session scope
  Parallel session T1Materials informatics applies artificial intelligence, machine learning, data science and high-throughput computing to speed up the discovery, design, processing and characterization of materials. AI/ML provides the intelligence and big data the knowledge base. The field is moving toward autonomous laboratories, where AI proposes candidate materials, robotic systems synthesize and characterize them, and the results feed back into the model.
• T2

  Innovative Functional Materials for a Low-Carbon Future

  Session scope
  Parallel session T2Functional materials engineered to perform specific physical, chemical, electrical, optical or catalytic functions while reducing environmental impact. The shift is from designing for performance alone to designing for performance, sustainability and circularity: abundant or renewable resources, low-energy manufacturing, long life, and recyclability at end of life. The session links materials science, nanotechnology, chemistry, energy engineering, biotechnology and life-cycle assessment.
• T3

  Emerging Materials for Renewable and Sustainable Energy

  Session scope
  Parallel session T3Advanced materials that improve the efficiency, durability, affordability and sustainability of renewable-energy technologies: perovskites, 2D materials, advanced battery materials, electrocatalysts, metal–organic frameworks, thermoelectrics, phase-change materials and bio-derived materials. The goal is higher efficiency, lower cost, longer lifetime, abundant raw materials and lower environmental impact.
• T4

  Computational Materials Science and Multiphysics Modelling

  Session scope
  Parallel session T4Computational methods to understand, predict and design the structure, properties and behaviour of materials, and multiphysics models that couple thermal, mechanical, electrical, fluid, magnetic or chemical effects. Approaches include density functional theory for electronic structure, bonding and stability; molecular dynamics for diffusion, defects, phase transitions and mechanical behaviour; Monte Carlo methods for phase transformations and configurational properties; and the finite element method for macroscopic and coupled-field problems.
• T5

  Glasses, Ceramics, Composites and Polymers

  Session scope
  Parallel session T5Glasses: amorphous inorganic materials, typically silica-based, that are hard, chemically resistant and often transparent. Ceramics: inorganic, non-metallic oxides, carbides and nitrides with high hardness, melting point and wear resistance, such as alumina, porcelain and silicon carbide. Composites: two or more materials combined, usually a matrix supporting a reinforcement, for improved properties. Polymers: lightweight, corrosion-resistant macromolecules built from repeating monomers.
• T6

  Carbon Nanostructures, Graphene, Smart Coatings and 2D Materials

  Session scope
  Parallel session T6Carbon nanostructures whose properties arise from nanoscale arrangements of carbon: fullerenes such as C₆₀, carbon nanotubes, graphene and carbon nanofibres. Smart coatings that respond to external stimuli, and 2D materials of one or a few atomic layers. Graphene-based smart coatings combine graphene’s barrier and electrical properties with polymers or other nanomaterials for corrosion resistance, self-sensing, self-healing, conductivity or electromagnetic shielding.
• T7

  Biomaterials, Chemical Biology and Applications in Health Science

  Session scope
  Parallel session T7Biomaterials that interact safely with the body, and chemical biology, which studies and manipulates biological systems with chemical tools. Together they drive drug delivery, diagnostics, implants, tissue engineering, regenerative medicine, cancer treatment and personalized healthcare, integrating biology, chemistry, physics, medicine and materials science.
• T8

  Functional Nanomaterials, Thin Films and Devices

  Session scope
  Parallel session T8Functional nanomaterials and thin films are the backbone of modern microfabrication, optoelectronics and nanosensing. Assembling sub-100 nm building blocks into continuous films tailors electrical, optical, thermal and mechanical properties at the nanoscale. Applications span quantum and photonic devices, energy, environmental remediation, nanobiology, nanomedicine and flexible electronics, often with low-cost preparation and controllable properties.

1. 15 Nov 2026Abstract submission and early-bird registration open
2. 25 Jan 2027Last date for abstract submission
3. 31 Jan 2027Notification of acceptance
4. 15 Feb 2027Early-bird registration closes
5. 16–18 Mar 2027Conference (hybrid)

KEYNOTE

Prof. Satish Chandra Ogale

Director, RISE, TCG-CREST, Kolkata; Emeritus Professor, IISER Pune

PLENARY

Prof. Ramamoorthy Ramesh

Materials Science & Engineering and Physics, University of California, Berkeley, USA

• 

  Dr. David A. Hall

  The University of Manchester, UK

  Talk Bulk Ferroelectric Heterostructures for High Performance Lead-Free BiFeO₃–BaTiO₃ Piezoceramics

• 

  Dr. Binay Kumar

  University of Delhi, New Delhi

  Talk Understanding Single Crystals for High End Application

• 

  Prof. Rajib Nath

  Sidho-Kanho-Birsha University, Purulia

  Talk Plasmonic Nanoparticle-Coupled Metal Oxide Nanostructures: Harnessing Light–Matter Interactions for Photocatalysis and Photoresponse

• 

  Dr. Ramjanay Choudhary

  UGC-DAE CSR, Indore

  Talk Role of Defects in Shaping the Electrical and Magnetic Properties in Transition Metal Oxides

• 

  Dr. Manoranjan Kar

  IIT Patna

  Talk Nanogenerator

• 

  Dr. Dhananjay Kumar

  IOP, Czech Academy of Sciences, Prague, Czech Republic

  Talk Wide-Bandgap Materials for Energy Applications

• 

  Dr. Ashok Kumar

  CSIR–National Physical Laboratory, New Delhi

  Talk Redefinition of SI Units with Conjunction of Quantum Pascal

• 

  Prof. Pawan Kumar

  NIT Rourkela

  Talk Doping Engineered Barium Titanate Ceramics: Linking Structural Evolution, Biological Response, and Electrical Functionality

• 

  Dr. Ajay D. Thakur

  IIT Patna

  Talk Semiconductor-Based Artificial Neurons: Bridging Biology and Microelectronics

• 

  Prof. Smita A. Acharya

  RTM Nagpur University, Nagpur

  Talk Powering the Future: Heterostructure-Engineered Electrolytes for Advanced Energy Technologies

• 

  Dr. Rashmi Rani

  SyVRAM, Saint-Genis-Pouilly, France

  Talk Emerging Hybrid Materials for Neuromorphic Computing: Toward Next-Generation Artificial Synapses

• 

  Dr. Louisa Reissig

  Humboldt University of Berlin, Germany

  Talk Title to be announced

• 

  Prof. Pradip Kumar Roy

  IIT (BHU), Varanasi

  Talk Title to be announced

• 

  Dr. Sriparna Saha

  IIT Patna

  Talk Title to be announced

• 

  Dr. Rajeev Ranjan

  IISc Bangalore

  Talk Title to be announced

• 

  Dr. Rajamani Raghunathan

  UGC-DAE CSR, Indore

  Talk Title to be announced

• 

  Dr. Malvika Srivastava

  University of Lausanne, Switzerland

  Talk Title to be announced

Organizing Team

• Chief PatronProf. Upendra Prasad SinghVice-Chancellor, Patliputra University, Patna
• PatronProf. Ratna AmritPrincipal, A.N. College, Patna
• ConvenorProf. Seema SharmaDept. of Physics, A.N. College, Patna
• Organizing SecretaryDr. Nisha KumariDept. of Chemistry, A.N. College, Patna
• Organizing SecretaryDr. Shailesh Kumar SinghDept. of Physics, A.N. College, Patna
• Joint Organizing SecretaryDr. Prashant BhaskarDept. of Physics, A.N. College, Patna
• TreasurerDr. Lav KumarDept. of Physics, A.N. College, Patna

Distances are approximate road distances from Patna. For travel planning, tours and accommodation, see Bihar Tourism.