Pedro Reis named to Popular Science’s Brilliant 10 list
September 16, 2013
Popular Science magazine has named two MIT junior faculty members — Pedro Reis and Feng Zhang — to its 2013 Brilliant 10 list of young stars in science and technology. The list will appear in the magazine’s October issue.
“Popular Science prides itself on revealing the innovations and ideas that are laying today's groundwork for tomorrow's breakthroughs, and the Brilliant 10 is one of the most exciting ways we do that,” says Jake Ward, editor-in-chief. “This year's winners are particularly distinguished and I’m proud to welcome them all as members of the 2013 Brilliant 10.”
Pedro Reis, the Esther and Harold E. Edgerton Assistant Professor of Civil and Environmental Engineering and Mechanical Engineering, studies the mechanics of slender structures, with a particular focus on devising new ways of turning mechanical failure into functionality.
Over the past few years, Reis, 35, has published a number of eclectic and impactful papers in prominent journals. In 2009 he reported on the delamination of thin films adhered to soft foundations, which is relevant for stretchable electronics. He explained why adhesive films tear into triangular shapes, a problem that applies to both the everyday peeling of adhesive tape from a roll and the manufacturing of tapered graphene nanoribbons. Motivated by the closing of aquatic flowers, he recently discovered a new mechanism for passively pipetting liquids using a petal-shaped object. And last year inspired by a toy, Reis introduced the Buckliball, a new class of structures that uses buckling to provide origami-like folding capabilities to curved structures with potential uses for encapsulation and soft robotics.
In other work undertaken just for fun, Reis and colleagues reported in 2010 that when cats lap fluids (milk or water, for example), they take advantage of a perfect balance between gravity and inertia.
Feng Zhang, 31, is the W.M. Keck career development professor in the Department of Brain and Cognitive Sciences, a member of the McGovern Institute for Brain Research and a core member of the Broad Institute. He received the award for his work on genome editing. Earlier this year he reported a powerful new way to make targeted mutations in genomic DNA, based on a bacterial system known as CRISPR. The new method will greatly accelerate the development