Finally, it was my first postdocs and professors only paper, and was my last big collaboration with my good friends @XiaoGoBlue (10 years together at UofM and Princeton) and @MelissaBall7 before they headed off to @Apple and @EnergyImpact_.
Very excited to share that our work characterizing the voltage-dependence of charge-transfer excitons was published today in Energy & Environmental Science (@RSC_Energy)!
https://t.co/medpChlcVb
Another work from Princeton is published: Nonradiative Recombination via Charge-Transfer-Exciton to Polaron Energy Transfer Limits Photocurrent in Organic Solar Cells
https://t.co/FrsrvtG3Ua
It’s not just another day at the lab.
Professor MacMillan is enthusiastically greeted by students and colleagues after learning he’s won the #NobelPrize in chemistry.
Our new work reported a method to neutralize the mid-gap defect states in MoS2 monolayers, potentially enabling the fabrication of defect-free optoelectronic devices based on 2D materials and 2D/organic heterojunctions. https://t.co/V6rPCEwpjN
Our new work reported a method to neutralize the mid-gap defect states in MoS2 monolayers, potentially enabling the fabrication of defect-free optoelectronic devices based on 2D materials and 2D/organic heterojunctions. https://t.co/V6rPCEwpjN
PCE of Perovskite and Organic Solar Cell made a spurt of progress during the past 10 years. There are 4 factors that would affect measurement, including spectrual response, appearance, external circuit connection and internal charge transfer.
#OSC#OPV
https://t.co/i0A8llwBUr
Researchers analyzed the breast milk of 50 first-time mothers in the Seattle area, searching for the presence of #PFAS, and detected the compounds in every sample: https://t.co/ccwbZYJcC1
One benefit of the 2020 lockdowns was the extra time out of lab to think, theorize, and run simulations. In our latest #SEMSC publication, @Loo_Group and I lay out practical design targets and project the performance of UV-absorbing transparent #OPV's. https://t.co/htGxuM0kFO
Our new paper on OPV:
Mechanistic Study of Charge Separation in a Nonfullerene Organic Donor–Acceptor Blend Using Multispectral Multidimensional Spectroscopy
https://t.co/7TmiFrWCdj