Michel van Veenendaal is an expert in the field of X-ray science, which uses powerful X-rays produced by giant research machines known as synchrotrons to probe the atomic structure of materials, particularly those that hold promise for technological breakthroughs.
The physics professor develops the theories and complex mathematics that help scientists predict and interpret the results of these experiments.
“The common thread in my work is the study of materials and nanostructures that have properties that might lead to the invention of devices that could improve our quality of life,” van Veenendaal says.
In 2007, he was a member of a team of scientists that examined the orbitals of electrons and uncovered a potential path for manipulating superconductivity at the atomic scale. Cited by the journal Science as one of the top 10 scientific breakthroughs of the year, the research opens up a new area of investigation into ways of designing nanoscale superconductors.
Van Veenendaal serves as deputy director of the NIU Institute for Nanoscience, Engineering and Technology and co-founded the NIU startup company, Northern Illinois Nanotech.
He has worked closely with scientists at two of the world’s premier research institutions: the European Synchrotron Research Facility in France and Argonne National Laboratory in suburban Chicago. The latter collaboration led to the establishment of a joint NIU-Argonne theory group.
“Dr. van Veenendaal is a recognized authority in the world in matters involving X-ray scattering from complex materials,” says Arun Bansil, professor of physics at Northeastern University in Boston. “There is little question that he will continue to remain at the forefront of this active research area long into the future.”