Project information
Project manager
Sharafat Ali
Other project members
John Mauro, Corning Incorporated USA
Participating organizations
Linnaeus University, Corning Incorporated USA
Financier
Vinnova Project Nr: 2015-04809
Timetable
Jan 2017 – Jun 2018
Subject
Materials Science (with a focus on Glass Science), (Department of Built Environment and Energy Technology, Faculty of Technology).
More about the project
Glass has long been more than just the material used in windows or bottles—it has played a crucial role in modern technology, from smartphones and solar panels to medical devices and energy-efficient buildings. As the global demand grew for smarter, lighter, and more sustainable materials, the need for stronger, thinner, and more functional types of glass became increasingly important.
This project focused on developing entirely new types of glass with unique properties that could enable technological breakthroughs. Dr. Sharafat Ali, a researcher from Linnaeus University in Sweden, carried out a research stay at Corning Incorporated in the USA, one of the world’s leading glass innovation companies. The aim was to create novel glass materials that were not only stronger and more durable but also had new functions such as improved optical performance, higher thermal stability, and even luminescent or magnetic properties.
One major part of the project was dedicated to developing “nitrogen-rich glasses”—a new class of glass materials with superior strength, thermal resistance, and optical characteristics. These glasses held promise for use in lightweight electronics, advanced communication systems, medical implants, and high-efficiency components. Another key area involved modifying the surfaces of glass materials using ultra-thin coatings to significantly enhance their properties. This included coatings that increased scratch resistance, altered light reflection, or introduced smart features like light emission or bioactivity.
By working with Corning’s cutting-edge research team and equipment, the project made it possible to explore and test new glass compositions and surface technologies at a level not previously available in Sweden. The collaboration helped transfer knowledge and expertise back to Linnaeus University, strengthening Sweden’s international presence in advanced materials research and supporting the development of future scientists and engineers in this critical field.
