Inorganic materials make ultra-thin solar cells more efficient
A new approach used to develop solar cells based on AgBiS2 enables absorption coefficients higher than any other photovoltaic material used to date.
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A new approach used to develop solar cells based on AgBiS2 enables absorption coefficients higher than any other photovoltaic material used to date.
Latest graduate fellowship will support PhD students in optics and photonics at Rochester’s Institute of Optics.
Two independent studies demonstrate that a formulation of quantum mechanics involving complex rather than real numbers is necessary to reproduce experimental results.
Imaginary numbers could play a more important role in describing reality than we thought.
Imaginary numbers could play a more important role in describing reality than we thought.