Johns Hopkins University is establishing a cutting-edge crystal growth facility as part of a national research project meant to revolutionize technology used in consumer products, industry, and medicine, the National Science Foundation announced today.
Johns Hopkins, Cornell, Princeton, and Clark Atlanta universities form a team of institutions that the agency chose for a $25 million program over five years. The new effort, dubbed PARADIM—Platform for the Accelerated Realization, Analysis and Discovery of Interface Materials—is one of the first awards under the NSF’s new Materials Innovation Platform program. The facility will join the Hopkins Extreme Materials Institute, the Institute for Quantum Matter, and the Institute for Nanobiotechnology in bolstering Johns Hopkins’ status as a national leader in materials research.
“Materials science is the basis for so much of what we have accomplished technologically—computers, superconductors, advances in medical imaging, and even our space program,” said facility director Tyrel M. McQueen, associate professor in the Johns Hopkins departments of Chemistry, Materials Science and Engineering, and Physics and Astronomy. “Future technologies will also depend on making new materials with new properties—we need better materials for catalysts and batteries, for example, and better materials for medical implants.”
As part of PARADIM, Johns Hopkins will receive $4.8 million to establish a bulk crystal growth facility. Scientists will develop their capacity to discover new materials and coax them into growing as large crystals suitable for fundamental studies and technological applications.
Johns Hopkins will work closely with the other three universities. Cornell will develop programs in thin film crystalline materials—currently used, for example, in semiconductors and many electronic materials. Clark Atlanta will focus on the theoretical aspects of the research, and Princeton will direct overall project research.
The PARADIM project stems from a report issued in 2009 by the National Academy of Sciences. The report found that while research laboratories at large U.S. corporations once led the way in advanced materials development, in the past few decades several factors caused these capabilities to shrink to “near disappearance.” In 2015, the NSF called on research institutions for proposals to pick up the pace of research and development of new materials.
Linda Sapochak, acting director of NSF’s Materials Research Division, called the Johns Hopkins team “an essential partner in the ‘platform,’ providing critically needed expertise and access to single crystal growth in the U.S.” By working with the project partners, she said, Johns Hopkins is “poised to make major advances in this area.”