Scatterings
Boosting Photovoltaic Efficiency with Multiple Excitons
Three U.S. chemists have found a way to wring more electrons per photon from quantum dots, and their technique could lead to new kinds of efficient, inexpensive solar cells.
Bruce Parkinson holds a quantum-dot-sensitized panel.
Three U.S. chemists have found a way to wring more electrons per photon from quantum dots, and their technique could lead to new kinds of efficient, inexpensive solar cells.
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