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The world class organic and hybrid electronics research at Princeton University is about to get even world classier. Such exciting news for all us in the Andlinger Center and Princeton Engineering--congratulations Iain McCulloch!

Just rediscovered these unused OPV/PSC/OLED designs (substrate + evaporation masks + encapsulation) I made that support multiple device sizes on a single 2.5" x 2.5" substrate (four 1 cm2, 0.49 cm2, and 0.25 cm2, + eight 0.09 cm2). Happy to share if they might be of use.

Defect Quantification in Metal Halide Perovskites Anticipates Photoluminescence and Photovoltaic Performance | ACS Energy Letters pubs.acs.org/doi/10.1021/ac…

New preprint in collaboration with Lynn Loo 盧月玲: we use MD simulation + free-energy calcs to understand how to mitigate halide transport with ligand engineering in 2D perovskites (spun from a senior thesis project from years back) Congrats, grace and hang! chemrxiv.org/engage/chemrxi…

Lynn Loo 盧月玲 this is one of (if not the?) first works to examine both in-plane and out-of-plane transport pathways under thermal conditions

Great to reconnect with Xiao Liu today! So much has changed in the 3 years since he left Princeton

As someone who applied to a faculty role at CU Boulder during that time frame, this is quite a data point... colleagues (at CU and elsewhere) were kind enough to let me know at the time that my gender/race made my application DOA, but this stat is still remarkable (despite n=20)

Super interesting topic with potentially significant implications for D:A pair selection in OPVs. Looking forward to diving deeper into this work!

Excellent work on an industrially-critical, but academically-underappreciated topic!

Our latest work was just published in Advanced Materials: A General Approach to Activate Second-Scale Room Temperature Photoluminescence in Organic Small Molecules: doi.org/10.1002/adma.2… Marko Ivancevic, Jesse Wisch, Barry Rand, and Lynn Loo 盧月玲

Just back from a great time at the polymer physics GRC! Fitting to return to share our new paper with Lynn Loo 盧月玲 in Advanced Energy Materials @AdvSciNews featuring exactly no polymers. We elucidate ligand effects on ion transport in 2D perovskites. shorturl.at/SqTin

Cool collaboration with the Michael Webb group led by Alan Kaplan on the Lynn Loo 盧月玲 side. Understanding the factors that influence dynamism in 2D/3D perovskite interfaces is key to making stable ones!

Join us for tomorrow's PMI/Princeton Center for Complex Materials seminar by Chad Risko (Chad Risko) of Risko Lab @ UK at the University of Kentucky: Advancing Artificial Intelligence Approaches for the Discovery of Organic Semiconductors Learn more: materials.princeton.edu/events/2024/pm…

A nice editorial highlighting the importance of reproducibility in energy devices, and why it can be such a challenge. While the article uses specific examples in battery research, everything here is true about perovskite solar cells as well.