Alasdair J. Campbell

TL;DR: By simply doping the conventional light-emitting polymer F8BT with a helically chiral aromatic molecule, it is shown that substantial levels of CP-electroluminescence can be generated directly.

TL;DR: The dissymmetry of CP emission reached with this proof-of-concept single-layer helicene-based device is sufficient to provide real-world benefits over nonpolarized emission and paves the way toward chiral metal complex-based CP-PHOLED displays.

TL;DR: The mass production technique of gravure contact printing is used to fabricate state-of-the-art polymer field-effect transistors (FETs) as discussed by the authors using plastic substrates with prepatterned indium tin oxide source and drain contacts.

TL;DR: Insight is provided into the mechanisms that result in CP luminescence and high performance from CP-PLEDs, as well as demonstrating new opportunities in CP photonic device design through the control of active layer thickness and device architecture.

TL;DR: It is shown that organic field-effect transistors made from the helically chiral molecule 1-aza[6]helicene can display up to an 80-fold difference in hole mobility, together with differences in thin-film photophysics and morphology, solely depending on whether a single handedness or a 1:1 mixture of left- and right-handed molecules is employed under analogous fabrication conditions.