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However, this hypothesis was difficult to test because there were no ways to produce such tiny particles — until the early 1980s, when Ekimov and Brus independently succeeded at creating quantum dots. Working with quantum dots floating freely in a solution, Brus demonstrated that the size of the particles affected the color that they emitted. Ekimov discovered the same phenomenon working with nanoparticles of glass tinted with copper chloride.
“It’s really great to see how they have been used in so many areas, but it’s not something we were expecting at the time,” says Bawendi, who is also a core member of the Microsystems Technology Laboratories at MIT. “We were just interested in studying the materials.” “We cannot imagine anything more electrifying,” Kornbluth said. “Obviously, that excitement reflects our respect for this extraordinary honor, but it runs deeper because you’d be hard-pressed to find a community with a greater reverence for the wondrous beauty of basic discovery science and the incredible power of innovation to better our world than the people of MIT.
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