About IESGA 2026

We are pleased to invite all researchers, young scholars, delegates, experts and students from all over the world to attend the International Experts Summit on Graphene and 2D Materials (IESGA2026) will be held in Athens, Greece during July, 08-10, 2026.

IESGA2026 provides a platform of international standards where you can discuss and share knowledge on Graphene and 2D Materials to bring a unique forum for exchanging the information regarding the latest developments, finding solutions and enriching the knowledge. In addition to Presentations, Workshops, and Discussions, the conference also offers a unique venue for renewing professional relationships, and providing plenty of networking opportunities during the summit.

We’re looking forward to Meghaz meetings with researchers from different countries around the globe for sharing innovative and great results in Graphene and 2D Materials.

Important Dates

Abstract Submission Deadline29 Dec, 2025

Earlybird Registration Deadline28 Apr, 2025

Standard Registration Deadline28 May, 2025

Onspot Registration08 Jul, 2026

Conference Sessions

2D water and nanofluidics

2DM based composites, coatings

Advances in hBN growth, characterization

Chemistry of 2D materials

Devices for Electronic Applications

Ferroelectrics & Piezoelectric 2DM

Growth, synthesis techniques

Health and Medical Applications

Photonics and Plasmonics

Properties & Applications of MXenes

Quantum transport, magnetism

Spectroscopies

Electronics, photonics, optoelectronics

Growth and synthesis of graphene

Graphene and 2D materials

Theory and Simulation

Topological and Exotic Physics

Fundamental science of graphene

New 2D materials

Spectroscopy and microscopy

Theory and simulation of Graphene

Electrical, optical, thermal

Van der Waals heterostructures

Quantum transport, magnetism

Graphene and 2D materials for biomedical

Other applications of graphene

Innovation and commercialization

Graphene-based nanocomposites

Graphene 3D Printing

Deposition and doping of diamond

Chemistry and electrochemistry

Devices constructed

Water treatment

foams and membranes

Waste management

Mechanical properties of Graphene

Integration methods

Topological insulators

2D materials beyond graphene

Aerospace and defense industries

Plasmonics

Healthcare applications

Carbon nanotubes

Perovskites, Mexnes

Registration

Registration Categories

Speaker

595

  • Access to all Presentations

  • E-Certificate for Presentation and Participation

  • Access to B2B Online Meetings

  • Conference E-material

Poster

399

  • Access to all Presentations

  • E-Certificate for Presentation and Participation

  • Access to B2B Online Meetings

  • Conference E-material

Delegate

699

  • Access to all Presentations

  • E-Certificate for Presentation and Participation

  • Access to B2B Online Meetings

  • Conference E-material

Student Delegate

389

  • Access to all Presentations

  • E-Certificate for Presentation and Participation

  • Access to B2B Online Meetings

  • Conference E-material

Why Athens, Greece?

Athens is one of the world's oldest cities, with its recorded history spanning over 3,400 years, and its earliest human presence beginning somewhere between the 11th and 7th millennia BC. According to Greek mythology the city was named after Athena, the ancient Greek goddess of wisdom, but modern scholars generally agree that the goddess took her name after the city. Classical Athens was one of the most powerful city-states in ancient Greece. It was a centre for democracy, the arts, education and philosophy, and was highly influential throughout the European continent, particularly in Ancient Rome. For this reason, it is often regarded as the cradle of Western civilization and the birthplace of democracy in its own right independently from the rest of Greece.

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