Pablo Jarillo-Herrero wins 2020 Spanish Royal Physics Society Medal | MIT News

Pablo Jarillo-Herrero, the Cecil and Ida Inexperienced Professor of Physics, was honored with the best scientific recognition of the Spanish Royal Physics Society (RSEF) for his pioneering experimental work on “twistronics,” a promising approach for adjusting the digital properties of graphene by rotating adjoining layers of the fabric.  

The RSEF medal acknowledges Jarillo-Herrero’s “distinctive and groundbreaking work on twisted heterostructures (graphene on hBN and twisted bilayer graphene) and, particularly, his discovery of correlated insulating habits and unconventional superconductivity in magic-angle graphene superlattices,” in accordance with the RSEF launch. “These exceptional discoveries have constituted the start of a very new discipline: strongly correlated physics in 2D Moiré superlattices.”

He’ll obtain a commemorative medal and a money award of 15,000 euros (about $17,700) in an upcoming ceremony to be led by RSEF President José Adolfo de Azcárraga. Financially supported by the BBVA Basis, the annual RSEF Physics Prizes are awarded to Spanish nationals or to scientists of any nationality working in Spain.  

“It’s all the time humbling to obtain an award, and on this case I am significantly joyful as a result of the popularity comes from distinguished fellow Spanish colleagues,” says Jarillo-Herrero. “I hope this may function inspiration to many younger individuals to pursue their pursuits in science.”

Jarillo-Herrero’s analysis pursuits lie within the space of experimental condensed matter physics, specifically quantum digital transport and optoelectronics in novel two-dimensional supplies, with particular emphasis on investigating their superconducting, magnetic, and topological properties.

The Jarillo-Herrero Group explores quantum transport in novel condensed matter methods similar to graphene and topological insulators. The group has expanded analysis into the digital properties of two-dimensional graphene, an efficient electrical conductor, into what has been dubbed “twistronics.”

Such analysis research present how you can “tune” the digital properties of two-dimensional supplies by altering, or “twisting,” the angle of rotation between two adjoining crystalline layers of graphene. It is a main discovering in quantum supplies analysis. By creating and measuring bilayer graphene of a number of twist angles, Jarillo-Herrero’s group in 2018 found “the magic angle” — two layers positioned at 1.1 levels — that produced unpredicted digital behaviors. At this “magic angle,” and at low temperatures, electrons in twisted bilayer graphene have been seen to decelerate tremendously, and that’s the place Jarillo-Herrero’s group found new areas similar to novel insulating and superconducting states.

The brand new discipline of twistronics is predicted to affect a number of areas of science and know-how, together with  the design of recent superconductors, and the event of novel quantum gadgets for superior quantum sensing, photonics, and computing purposes. 

A local of Valencia, Spain, Jarillo-Herrero obtained his licenciatura in physics from the College of Valencia, Spain, his MS diploma from the College of California at San Diego, and his PhD on the Delft College of Know-how within the Netherlands. He was a NanoResearch Initiative Fellow at Columbia College, after which joined MIT as an assistant professor of physics in 2008, the place he obtained tenure in 2015, and was promoted to full professor of physics in 2018.

His awards embrace an Alfred P. Sloan Fellowship; a David and Lucile Packard Fellowship; a DoE Early Profession Award; a Presidential Early Profession Award for Scientists and Engineers; an ONR Younger Investigator Award; a Moore Basis Experimental Physics in Quantum Programs Investigator Award; The Physics World 2018 Breakthrough of the 12 months; the 2020 Oliver E. Buckley Condensed Matter Physics Prize; and the 2020 Wolf Prize in Physics. In 2018, Jarillo-Herrero was elected a fellow of the American Bodily Society.   

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