Art and science often seem very different from one another, but a recent research endeavor proves otherwise. This unique project involves a diverse group of experts who combined scientific investigation, innovation in technology, and creative artistry to explore the creation and characteristics of a new type of ceramic.
While art and science are generally perceived as separate realms, a recent study featured in ACS Omega challenges that notion. An interdisciplinary team integrated scientific inquiry, advanced technology, and artistic curiosity to explore the generation, qualities, and uses of an innovative type of ceramic.
In recent times, researchers have been incorporating graphene oxide (GO) into ceramic slurries, which are mixtures of kaolin clay or other materials suspended in water, to enhance the durability and thermal shock resistance of fired ceramics. Materials scientist Daria Andreeva and her team refined this process by using ultrasound to mix the GO more effectively into the kaolin slurries. They manipulated the concentration of GO and the duration of ultrasound treatment to discover the optimal conditions for improving the ceramics’ strength and heat tolerance. Additionally, they collaborated with artist-in-residence Delia Prvački, who showcased her creations made from this new ceramic material at the National University of Singapore Museum.
The authors of the study express, “We investigated the artistic possibilities by experimenting with new ceramic forms and textures. Utilizing the unique properties of graphene expands the horizons of traditional ceramic art, allowing for the creation of delicate and intricate structures that were once considered impossible. This method not only broadens artistic creativity but could also help diminish the necessity for additional structural supports.”
The authors wish to thank Singapore’s Ministry of Education for their financial support.
