The EGF 2026- Graphene and 2D Materials topics are as follow:

1. Graphene & 2DM: Fundamentals & Quantum Frontier

• Topological and Exotic Physics in Graphene and 2D van der Waals Heterostructures.
• Quantum Transport, Magnetism, and Spintronics in 2D Systems.
• Theoretical Modelling & AI-Driven Discovery of New 2D Materials.
• Chemistry of 2D Materials: Molecular Functionalization and Interface Science.
• Dirac Fermions and Berry Phase effects in 2D Atomic Layers.

2. Graphene & 2DM: Strategic Synthesis & Integration

• Growth, Synthesis Techniques, and Integration Methods for 2D Materials.
• Scalable Synthesis of High-Quality Graphene and TMDs.
• Advances in hBN Growth, Characterization, and 2D Device Integration.
• Nanographenes and Precision Bottom-Up Synthesis of 2D Nanostructures.
• Defect Engineering and Atomic-Scale Doping in 2D Crystal Lattices.

3. Graphene & 2DM: Electronics, Photonics & Connectivity

• 2D Materials for Electronic Applications (6G Communications, High-Frequency Devices).
• Photonics and Plasmonics in Graphene and 2D Semiconductors.
• Ferroelectrics & Piezoelectric 2DM for Smart Neuromorphic Systems.
• Flexible, Wearable, and Printed Electronics using Graphene and 2DM.
• 2D Semiconductors for Post-CMOS Logic and Memory Architectures.

4. Graphene & 2DM: Energy, Sustainability & Circularity

• 2D Water and Nanofluidics: Desalination and Transport in 2D Channels.
• Properties & Applications of MXenes and Emerging 2D Transition Metal Carbides.
• Graphene and 2DM-based Composites, Coatings, Foams, and Membranes.
• Energy Storage & Conversion: 2D Materials in Supercapacitors and Batteries.
• Circular Economy: Recycling and Sustainability of Graphene-based Products.

5. Graphene & 2DM: Health, Medical & Bio-Applications

• Health and Medical Applications of 2D Materials: Drug Delivery and Cancer Therapy.
• Graphene-based Biosensors and Point-of-Care Diagnostics.
• Neural Interfaces and Biocompatible Implants using 2D Materials.
• Environmental Monitoring with High-Sensitivity 2D Atomic Sensors.

6. Graphene & 2DM: Characterization & Standardization

• Advanced Spectroscopies (Raman, EELS, XPS) for Graphene and 2DM.
• Microscopies (HRTEM, STM, AFM) of 2D Atomic Layers.
• In-Situ and Operando Characterization of 2D-based Devices.
• Metrology and International Standardization for the Global Graphene Market.

7. Graphene & 2DM: Industrialisation & Global Market Perspectives

• Commercialisation Pathways: Scaling Graphene and 2DM from TRL 4 to Mass Production.
• Strategic Raw Materials: Reducing Dependency through 2DM Innovation.
• Future Roadmap for Graphene and 2D Materials in Aerospace and Automotive Industries.
• Standards, Regulations, and Intellectual Property for 2DM Technologies.

in additon to these main sessions, focus sessions covering innovative topics will run in parallel including:

Focus Session on MXenes and Emerging 2D Materials: Expanding the Materials Landscape Beyond Graphene

Description: MXenes and other emerging two-dimensional materials are rapidly expanding the capabilities of the 2D materials ecosystem beyond graphene. Their unique combination of tunable surface chemistry, metallic conductivity, solution processability, and multifunctionality has enabled breakthroughs in energy storage, catalysis, sensing, electronics, photonics, and biomedical technologies.

This session will highlight recent advances in the synthesis, functionalisation, modelling, characterization, and application of MXenes and emerging 2D materials, including transition metal dichalcogenides, borides, nitrides, and hybrid 2D architectures. Particular emphasis will be placed on scalable production, integration with graphene and other nanomaterials, and pathways toward industrial adoption.

Keywords: MXenes; Emerging 2D materials; MBenes; Transition metal dichalcogenides (TMDs); 2D heterostructures; Surface functionalisation; Solution processing; Hybrid nanomaterials; Energy storage; Sensors; Catalysis; Scale-up manufacturing

Focus Session on Van der Waals Heterostructures and Moiré Quantum Materials: Engineering the Next 2D Frontier

Description: The controlled stacking and integration of atomically thin materials have opened a new frontier in quantum materials research. Van der Waals heterostructures and moiré superlattices provide unprecedented opportunities to engineer electronic, optical, and quantum properties beyond those available in individual materials.

This session will explore recent advances in the fabrication, characterization, and application of graphene-based and other 2D heterostructures, including twisted systems, excitonic materials, quantum devices, and hybrid architectures. Contributions addressing fundamental physics, scalable fabrication, and emerging technologies such as quantum computing, sensing, and advanced electronics are encouraged.

Keywords: Van der Waals heterostructures; Moiré materials; Twistronics; Quantum materials; Graphene heterostructures; 2D semiconductors; Transition metal dichalcogenides; Excitons; Polaritons; Quantum transport; Spintronics; Valleytronics

Focus Session on Graphene and 2D Materials for Energy Transition: Storage, Conversion and Sustainability

Description: Graphene and 2D materials are enabling new approaches for sustainable energy technologies due to their exceptional electrical, thermal, mechanical, and catalytic properties. Recent developments demonstrate their potential in next-generation batteries, supercapacitors, hydrogen technologies, solar energy conversion, and environmental applications.

This session will bring together researchers and industry experts working on advanced 2D material-based energy solutions, focusing on materials design, electrochemical mechanisms, device integration, durability, and sustainability. Particular attention will be given to scalable manufacturing, life-cycle assessment, and the role of graphene and 2D materials in the transition toward carbon-neutral technologies.

Keywords: Energy storage; Batteries; Supercapacitors; Hydrogen production; Electrocatalysis; Photocatalysis; Fuel cells; Graphene composites; MXenes; Sustainable materials; Circular economy; Life-cycle assessment; Green technologies

Focus Session on 2D Materials for Intelligent Technologies: AI Hardware, Sensors and Flexible Electronics

Description: The convergence of graphene and 2D materials with artificial intelligence, the Internet of Things, and flexible electronics is creating new opportunities for next-generation intelligent systems. Atomically thin materials offer unique advantages for low-power electronics, multifunctional sensors, neuromorphic devices, and wearable technologies.

This session will cover recent breakthroughs in graphene and 2D material-based electronic systems, including memristive devices, neuromorphic computing platforms, flexible and printed electronics, biosensors, and edge-AI technologies. The session will highlight the transition from laboratory demonstrations toward scalable manufacturing and real-world applications.

Keywords: Neuromorphic computing; Artificial intelligence hardware; Edge AI; Memristors; Flexible electronics; Wearable sensors; Printed electronics; Graphene electronics; 2D semiconductors; Biosensors; Internet of Things; Low-power devices