Molecular electronics is a widely interdisciplinary field at the frontiers of physics, chemistry, biology, electronics and their interfaces. The design and use of electronic components and devices at the nanometer scale hold great potential for the future.
This conference will cover several topics, including:
ElecMol 2026 aims to attract many young researchers due to attractive and low registration fees for students and post-docs. ElecMol thus aims to promote scientific exchanges between the young actors of today鈥檚 research, the leaders of tomorrow and their pioneering mentors.
This conference is also an opportunity for the development of national and international collaborations between academic and private partners at the highest level.
This conference will cover several topics, including:
- Mechanisms of charge transport: quantum transport, tunneling, phonon-assisted processes, and polaron transport
- Functional molecular devices and architectures: brain-like architectures, opto-electronics, spintronics, memory, thermal electronics
- Material and device development: organic and hybrid electronics, van der Waals structures, molecular switches
- Interface with chemistry: on-surface reactions, molecular self-assembly
- Characterization techniques: in operando device performance (including under mechanical, thermal, or electrical stresses), spectroscopy, scanning probe techniques, break junction techniques, correlative analysis
- Molecular theoretical modelling: data analysis using AI, Density Functional Theory, Non-Equilibrium Green鈥檚 Functions, Marcus theory
- BioElectronics: bioinspired approaches and biomimetic devices
ElecMol 2026 aims to attract many young researchers due to attractive and low registration fees for students and post-docs. ElecMol thus aims to promote scientific exchanges between the young actors of today鈥檚 research, the leaders of tomorrow and their pioneering mentors.
This conference is also an opportunity for the development of national and international collaborations between academic and private partners at the highest level.
