Dates and Deadline  

Abstract submission deadline:  31^st January 2026 extended to 15th March 2026

Registration Deadline: 15^th March  2026

The registration (tax not included) will include the hotel nights (from Sunday to Thursday included) and all meals (Dinner of Sunday 18^th April is NOT included)

For accompanying persons, an option will be offered during the online paiement (all meals included)

This five-day event, organized jointly by TC 03, 05, 07, 18, 23, 27, 28, and USTV will bring together glass experts from industry and academia to discuss the major challenges facing sustainable glass production and the role of glass as a material for a sustainable future.

As in  2024, the 2026's edition will feature courses given by specialists from both academia and industry. The main aim of the school is to train students, researchers and engineers in the latest developments in glass science and technology, enabling them to make an active contribution to a sustainable transition in the glass industry.

The program will be devoted to fundamental courses providing all the necessary theoretical bases on glass structure, formulation and processing, simulation tools and machine learning. Another part will be dedicated to recent technological advances deployed in the glass industry to reduce carbon footprints.

Particular emphasis will be dedicated on the challenges of decarbonizing the glass industry, glass furnace technologies, eco-responsible glass production (recycling and eco-design), simulation approaches and machine learning, as well as on high-performance glass, particularly for energy and nuclear applications, and advanced technologies such as self-healing or high-temperature resistant glass.

• How can simulation and machine learning be applied to the design of new glasses?

• How can redox be managed in new materials and furnaces?

• What are the constraints involved in producing eco-responsible glass?

• The challenges of decarbonizing the glass industry

• The basic science of glassmaking

• Current and future glass furnace technologies

• Simulation approaches and machine learning

• Use of secondary materials - glass eco-design

• Glass recycling and reuse

• Development of lightweight glass

• Glass in the service of the energy transition

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