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International solar fuels conference 2021

International solar fuels conference 2021
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In The Spotlight: Successful Synthesis Of Perovskite Visible-Light-Absorbing Semiconductor Material

In The Spotlight: Successful Synthesis Of Perovskite Visible-Light-Absorbing Semiconductor Material Narrow-gap semiconductors with the ability to use visible light have garnered significant interest thanks to their versatility. Now, scientists in Japan have developed and characterized a new semiconductor material for application in process components stimulated by light. The findings have, for the first time, suggested a new way to reduce the band gap in cheaper and non-toxic tin-based oxide semiconductors for efficient light-based applications. Semiconductors that can exploit the omnipresent visible spectrum of light for different technological applications would serve as a boon to the material world. However, such semiconductors often do not come cheap and can often be toxic. Now, a group of material scientists from Tokyo Institute of Technology and Kyushu University have collaborated to develop a cheaper and non-toxic narrow-gap semiconductor material with potential light-based

In the Spotlight: Successful Synthesis of Perovskite Visible-Light-Absorbing Semiconductor Material

In the spotlight: Successful synthesis of perovskite visible-light-absorbing semiconductor material

 E-Mail IMAGE: A cheaper perovskite-based semiconductor material that is free of toxic lead and can absorb a wide range of visible light with potential photofunctional applications. view more  Credit: Chemistry of Materials Narrow-gap semiconductors with the ability to use visible light have garnered significant interest thanks to their versatility. Now, scientists in Japan have developed and characterized a new semiconductor material for application in process components stimulated by light. The findings have, for the first time, suggested a new way to reduce the band gap in cheaper and non-toxic tin-based oxide semiconductors for efficient light-based applications. Semiconductors that can exploit the omnipresent visible spectrum of light for different technological applications would serve as a boon to the material world. However, such semiconductors often do not come cheap and can often be toxic. Now, a group of material scientists from Tokyo Institute of Technolog

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