Roy: Rustum Roy
Roy: A visionary in materials
Rustum Roy was a major innovator of new materials synthesis techniques. Starting in 1948, he devised the solution sol-gel process for making pure nanoscale reactive powders for many important ceramic compositions. Roy's seminal work in developing the sol-gel process and in identifying the phases of barium titanate, the most widely used material for capacitors, gained him worldwide recognition.
Newnham: Robert Newnham
Newnham revolutionized acoustic imaging
Newnham’s basic discoveries in ferroelectric materials helped propel the growth of electronic devices, such as cell phones, and his contributions to the field of acoustic imaging earned the Benjamin Franklin Medal in Electrical Engineering in 2004, an honor that placed him among some of the greatest scientists of the modern era.
Walker: Philip Walker
Walker knew carbon
Evan Pugh Professor of Materials Science (1974), Philip Walker was a leading authority on the science of carbon, graphites, and coals. Walker came to Penn State for his doctorate in fuel science, which he received in 1952. Dr. Walker was one of the founders of the American Carbon Society and the editor of Chemistry Physics of Carbon, and associate editor of the international journal Carbon.
Roy: Della Martin Roy
Roy left her mark in concrete
Della M. Roy, Emeritus Professor of Materials Science, was the first female materials scientist ever elected to the National Academy of Engineering (NAE,1987), the first woman from Penn State to be elected to the NAE, and the first woman elected to the World Academy of Ceramics.
Unique Ferroelectric Microstructure Revealed For First Time
A team of researchers have observed and reported for the first time the unique microstructure of a novel ferroelectric material, enabling the development of lead-free piezoelectric materials for electronics, sensors, and energy storage that are safer for human use.
New Granular Hydrogel Bioink Could Expand Possibilities For Tissue Bioprinting
Penn State researcher was recognized as 'Rising Star' for the work
Compost To Computer: Bio-Based Materials Used To Salvage Rare Earth Elements
Penn State researchers used micro- and nanoparticles created from the organic materials to capture rare earth elements from aqueous solutions.
Yongxi Ou
(e) ypo5017@psu.edu
236 Davey Lab
Qian Mao
(e) qjm5040@psu.edu
134 Research Building East
Malgorzata (Margaret) Kowalik
(e) mzk13@psu.edu
240 Research East