India – Japan International Workshop

India-Japan Workshop on Biomolecular Electronics and Organic Nanotechnology for Environment Preservation

IJWBME 2026 brings together researchers from India and Japan working on organic and bioelectronics to exchange ideas and explore joint research for a sustainable society — contributing to environment, healthcare, and energy.

December 10 (Thu) – 12 (Sat), 2026

I-site Namba, Osaka Metropolitan University, Japan

Participation Fee: JPY 25,000

Call for Papers Contact Us

Key Information

Workshop at a Glance

Essential information about IJWBME 2026.

Dates

December 10 (Thu) – December 12 (Sat), 2026

Venue

I-site Namba, Osaka Metropolitan University, Osaka, Japan

Abstract Submission

Deadline: Friday, November 13, 2026
Submit by email to manaka.t.aa@m.titech.ac.jp

Purpose & Background

Why IJWBME 2026?

Researchers from India and Japan working in the fields of organic electronics and bioelectronics will gather to exchange ideas and explore opportunities for collaborative research.

The workshop is positioned as a platform to discuss the development of innovative technologies that contribute to the environment, healthcare, and energy sectors, in pursuit of a sustainable society.

Through direct dialogue between leading researchers of both countries, IJWBME 2026 aims to build lasting bilateral networks and seed new joint research initiatives spanning materials science, device engineering, and biomedical applications.

I-site Namba, Osaka Metropolitan University - conference venue building

Scope

Topics of Discussion

IJWBME 2026 welcomes contributions related to organic electronics, bioelectronics, and their interdisciplinary frontiers.

Organic Electronics

Organic electroluminescence, light-emitting diodes, organic field-effect transistors
Environmental sensors based on organic materials
Organic functional materials
Organic nanotechnology
Photovoltaics, energy harvesting devices

Bioelectronics

Bioenergy converters (artificial muscles, microactuators, molecular machines, electrophoretic deposition, electroluminescence, nanoswitching, bioenergy storage, biofuel batteries, etc.)
Cancer diagnosis using electrochemical biosensors
Biocompatible / biomimetic functionalities
Materials and sensing techniques related to biomedical applications

Interdisciplinary & Others

Electric / electronic functionalities based on organic / bio-related materials
Materials informatics, application of machine learning
Electrochemistry for biosensing and organic electronics
Electronic and optical properties in organic / bio-related materials
Measurement and characterization techniques for organic electronics

View Full Call for Papers