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"The work was both theoretical and experimental, as well as basic and applied...This mix of the exploration of new ideas and their reduction to practice remains the hallmark of the present-day RLE."

—Jerome Wiesner
Third Director of RLE

Future House | Emerging Solar Technology
Posted August 10, 2022 at 12:34 pm

Researchers develop a paper-thin loudspeaker
Posted April 28, 2022 at 1:17 pm

Reasserting U.S. leadership in microelectronics
Posted January 19, 2022 at 11:22 am

Molecular Platform for Fast Low-Voltage Nanoelectromechanical Switching
Posted December 7, 2021 at 4:52 pm

Study: Even short-lived solar panels can be economically viable
Posted September 20, 2019 at 2:08 pm

Lattice Strain Causes Non-Radiative Losses in Halide Perovskites
Posted January 15, 2019 at 2:48 pm

Speed Limit for Triplet-Exciton Transfer in Solid-State PbS Nanocrystal-Sensitized Photon Upconversion
Posted August 3, 2017 at 8:30 am

Light can “heal” defects in some solar cells
Posted May 25, 2016 at 9:44 am

Solar cells as light as a soap bubble
Posted February 26, 2016 at 8:49 am

Illustration shows the MIT team’s proposed scheme for comparing different photovoltaic materials, based on the complexity of their basic molecular structure. The complexity increases from the simplest material, pure silicon (single atom, lower left), to the most complex material currently being studied for potential solar cells, quantum dots (molecular structure at top right). Materials shown in between include gallium aresenide, perovskite and dye-sensitized solar cells. Courtesy of the researchers

Analysis sees many promising pathways for solar photovoltaic power
Posted March 26, 2015 at 4:18 pm

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