SAN FRANCISCO, CA - JUNE 09: Google's Johnny Lee (R) and Lenovo General Manager and Vice President of the Android & Chrome Computing Business Group Jeff Meredith unveil the new PHAB2 Pro, the world's first Tango-powered smartphone at Lenovo Tech World at The Masonic Auditorium on June 9, 2016 in San Francisco, California. (Photo by Kelly Sullivan/Getty Images for Motorola Mobility)

SAN FRANCISCO, CA - JUNE 09: Brian Krzanich, Intel CEO, demonstrates Movidius, a computer vision technology that Lenovo plans to use in next-generation virtual reality products at Lenovo Tech World at The Masonic Auditorium on June 9, 2016 in San Francisco, California. (Photo by Kelly Sullivan/Getty Images for Motorola Mobility)

DRESDEN, GERMANY - JUNE 09: Alex Karp, CEO of Palantir Technologies, arrives at the Hotel Taschenbergpalais Kempinski Dresden for the 2016 Bilderberg Group conference on June 9, 2016 in Dresden, Germany. The Taschenbergpalais is hosting the 2016 Bilderberg Group gathering that will bring together 130 leading international players from politics, industry, finance, academia and media to discuss globally-relevant issues from today until June 12. A wide spectrum of groups have announced protests to be held nearby. Critics charge the secretive nature of the Bilderberg Group annual meetings is undemocratic. (Photo by Sean Gallup/Getty Images)

Kosuke Morita (L), who led the team at Riken institute that discovered the superheavy synthetic element, and Hiroshi Hase (R), Minister of Education, Culture, Sports, Science and Technology, pose with a board displaying the new element 113 during at a press conference at Riken's research center in Wako, Saitama prefecture on June 9, 2016. Researchers in Japan have proudly proposed "nihonium" as the name for the first element on the periodic table to be discovered by local scientists. / AFP PHOTO / JIJI PRESS / JIJI PRESS / Japan OUTJIJI PRESS/AFP/Getty Images

This photo taken on June 6, 2016 shows a researcher working on the manufacturing of new kind of tar for smart roads at the Eurovia research center in Merignac, near Bordeaux. Smart roads, stronger, able to light and defrost themselves, generate energy and improving the operation of autonomous cars : major construction companies work hard to give life to these technologies. / AFP PHOTO / MEHDI FEDOUACH / TO GO WITH AFP STORY BY REBECCA FRASQUETMEHDI FEDOUACH/AFP/Getty Images

This photo taken on June 6, 2016 shows researchers working on the manufacturing of new kinds of tar for smart roads at the Eurovia research center in Merignac, near Bordeaux. Smart roads, stronger, able to light and defrost themselves, generate energy and improving the operation of autonomous cars : major construction companies work hard to give life to these technologies. / AFP PHOTO / MEHDI FEDOUACH / TO GO WITH AFP STORY BY REBECCA FRASQUETMEHDI FEDOUACH/AFP/Getty Images

This photo taken on June 6, 2016 shows a researcher working on tar at the Eurovia research center in Merignac, near Bordeaux. Smart roads, stronger, able to light and defrost themselves, generate energy and improving the operation of autonomous cars : major construction companies work hard to give life to these technologies. / AFP PHOTO / MEHDI FEDOUACH / TO GO WITH AFP STORY BY REBECCA FRASQUETMEHDI FEDOUACH/AFP/Getty Images

This photo taken on June 6, 2016 shows director of the Eurovia research center, Ivan Drouadaine, checking with a microscope various kinds of tar developed for smart roads at the Eurovia research center in Merignac, near Bordeaux. Smart roads, stronger, able to light and defrost themselves, generate energy and improving the operation of autonomous cars : major construction companies work hard to give life to these technologies. / AFP PHOTO / MEHDI FEDOUACH / TO GO WITH AFP STORY BY REBECCA FRASQUETMEHDI FEDOUACH/AFP/Getty Images