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Optoelectronic Materials and Device Spectroscopy Group (StranksLab)

 

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Read more at: Our work with Filippo De Angelis' group on light-induced annihilation of Frenkel defects in perovskites is now published in Energy & Environmental Science.

Our work with Filippo De Angelis' group on light-induced annihilation of Frenkel defects in perovskites is now published in Energy & Environmental Science.

10 August 2017

Our work with Filippo De Angelis' group on light-induced annihilation of Frenkel defects in perovskites is now published in Energy & Environmental Science .

Read more at: Work by Jesper Jacobsson (EPFL) on the influence of unreacted PbI2 on perovskite PV performance is published in JACS.

Work by Jesper Jacobsson (EPFL) on the influence of unreacted PbI2 on perovskite PV performance is published in JACS.

10 August 2017

Work by Jesper Jacobsson (EPFL) on the influence of unreacted PbI2 on perovskite PV performance is published in JACS .

Read more at: Work by Robert Hoye (MIT) on methylammonium bismuth iodide absorbers is published in the journal Chemistry.

Work by Robert Hoye (MIT) on methylammonium bismuth iodide absorbers is published in the journal Chemistry.

10 August 2017

Work by Robert Hoye (MIT) on methylammonium bismuth iodide absorbers is published in the journal Chemistry .

Read more at: Our work on the exciton binding energy in different perovskite semiconductors, led by CNRS-Toulouse and Oxford, is published in Energy & Environmental Science.

Our work on the exciton binding energy in different perovskite semiconductors, led by CNRS-Toulouse and Oxford, is published in Energy & Environmental Science.

10 August 2017

Our work on the exciton binding energy in different perovskite semiconductors, led by CNRS-Toulouse and Oxford, is published in Energy & Environmental Science .

Read more at: Our work on photo-induced halide migration in perovskites with the Ginger (UW), Snaith (Oxford), and Bulovic (MIT) Groups, is published in Nature Communications and featured on the MIT homepage and in Nature. Great job all!

Our work on photo-induced halide migration in perovskites with the Ginger (UW), Snaith (Oxford), and Bulovic (MIT) Groups, is published in Nature Communications and featured on the MIT homepage and in Nature. Great job all!

10 August 2017

Our work on photo-induced halide migration in perovskites with the Ginger (UW), Snaith (Oxford), and Bulovic (MIT) Groups, is published in Nature Communications and featured on the MIT homepage and in Nature . Great job all!

Read more at: Sam's review paper with David Barbero (Umea) on carbon nanotubes for PV applications is published in Advanced Materials

Sam's review paper with David Barbero (Umea) on carbon nanotubes for PV applications is published in Advanced Materials

10 August 2017

Sam's review paper with David Barbero (Umea) on carbon nanotubes for PV applications is published in Advanced Materials

Read more at: Our collaborative work led by the Tisdale group (MIT) on tunable perovskite nanoplatelets is published in ACS Nano.

Our collaborative work led by the Tisdale group (MIT) on tunable perovskite nanoplatelets is published in ACS Nano.

10 August 2017

Our collaborative work led by the Tisdale group (MIT) on tunable perovskite nanoplatelets is published in ACS Nano .

Read more at: Our work on the direct-indirect character of the bandgap of perovskites is published in Nature Materials. A fantastic collaboration with TU Delft!

Our work on the direct-indirect character of the bandgap of perovskites is published in Nature Materials. A fantastic collaboration with TU Delft!

10 August 2017

Our work on the direct-indirect character of the bandgap of perovskites is published in Nature Materials . A fantastic collaboration with TU Delft!

Read more at: Work led by Matt Klug at MIT/Oxford on tailoring metal halide perovskites through metal substitution is published in Energy & Environmental Science.

Work led by Matt Klug at MIT/Oxford on tailoring metal halide perovskites through metal substitution is published in Energy & Environmental Science.

10 August 2017

Work led by Matt Klug at MIT/Oxford on tailoring metal halide perovskites through metal substitution is published in Energy & Environmental Science .

Read more at: Our work on the influence of grain size on excitonic properties of perovskites is published in Energy & Environmental Science. A fantastic inter-continental collaboration with UNSW, CNRS-Toulouse and MIT!

Our work on the influence of grain size on excitonic properties of perovskites is published in Energy & Environmental Science. A fantastic inter-continental collaboration with UNSW, CNRS-Toulouse and MIT!

10 August 2017

Our work on the influence of grain size on excitonic properties of perovskites is published in Energy & Environmental Science . A fantastic inter-continental collaboration with UNSW, CNRS-Toulouse and MIT!

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