Dear ACerS members and readers,
Since ancient times, ceramics have played a foundational role in the evolution of human society. Sun-dried clay bricks were used to construct permanent living structures in early agricultural settlements, from the circular dwellings in Jericho to the monumental adobe architecture in Peru. As civilizations developed writing systems, clay tablets served as the medium for recording the characteristic wedge-shaped cuneiform scripts.
Advancing into the Bronze Age, refractories are perhaps one of the earliest demonstrations of advanced ceramic applications, with fire-resistant clay kilns and furnaces supporting the emerging metalworking sector. The ability to perform high-temperature firing processes also opened the door to creating new ceramic forms, such the delicate Chinese porcelain that became the envy and inspiration for the European ceramics industry.
The development of microscale imaging techniques and technologies in the 20th century set the stage for a new era of engineered ceramics. Now, we see ceramics used in everything from artificial tissue scaffolding to radiation-resistant coatings to emerging quantum computing systems.
Despite their transformative influence on our world, ceramics often receive less recognition than other materials. This relative obscurity is due to several factors. For one, materials science is often left out of primary and secondary school education, and even at the university level, few degree programs exist that focus explicitly on ceramic engineering. Furthermore, ceramics are typically embedded within larger systems and devices, so their presence in everyday life is hidden from the casual observer.
The ceramics industry offers incredible opportunities for innovation in everything from healthcare to renewable energy, so it is important to show the public that ceramics represent not just our historical past but the building blocks of our technological future. To this end, the international ceramics community will celebrate the International Day of Ceramics on March 12, 2026.
This global initiative, which was originally proposed by the Japan Fine Ceramics Association, was announced publicly last year. It aims to celebrate and promote the vital role ceramics play in our modern world. This year will be the first official celebration of the initiative, and the International Ceramic Federation is overseeing the global coordination of this event.
We invite industry partners, academic institutions, and the public to participate in planning and celebrating this important initiative. Together we can show the world the importance of ceramic science and engineering.
Best wishes,
Lisa McDonald
Editor, ACerS Bulletin
Letters are columns featuring thoughts and opinions by ACerS members.
Cite this article
L. McDonald, “International Day of Ceramics: Celebrating the importance of ceramics in modern society,” Am. Ceram. Soc. Bull. 2026, 105(1): 3.
About the Author(s)
Lisa McDonald is editor of the ACerS Bulletin. Contact McDonald at lmcdonald@ceramics.org.
Related Articles
Bulletin Features
Emerging Professionals: Science for Society & Future Focus
Science for Society articles: Rishabh Kundu and Ryan C. Eaton: “One small tweak to the lens of materials research, one giant leap for mankind” Grace Dunham: “Microwave firing: Inspiring young scientists through rapid ceramic demos” Hossein Libre: “Shaping materials science through policy engagement” Future Focus articles: Kartik Nemani: “Hope and…
Bulletin Features
Emerging Professionals: Research Articles
Experiential learning: Developing the next generation of engineers By Ryan Eaton When a measure becomes a target, it ceases to be a good measure. Goodhart’s law, coined in reference to monetary policy, is readily applicable to engineering education. When students begin optimizing their study habits to pass an exam rather…
Bulletin Features
Durable and programmable metasurfaces enabled by phase change materials
Controlling light with high spatial precision enables technologies ranging from imaging and sensing to communications. Traditionally, optical components such as lenses and filters rely on bulk materials and fixed geometries, which limit their ability to adapt dynamically. Metasurfaces offer a fundamentally different approach. These materials consist of planar arrays of…
