Ordered Vacancy Double Perovskite In article number 2300367, Liu, Vivo, Zhang, and co-workers tailored the side-chains of fluorene-based small-molecule hole-transport materials with twisted triphenylamine groups. They discovered that generation a strong electric field at perovskite side-chain interface, can not only enhance interfacial charge transfer but also prevent hygroscopic dopants diffus...

This report demonstrates directly, using two-dimensional gel electrophoresis and alloantisera, the following: (a) The DR4 light chains show a structural polymorphism among the Dw4, DKT2, and DYT cells. (b) Most of the class II light chains consist of the DR light chain. (c) The MT3 molecule is distinct from the DR4 molecule in the Dw4, DKT2, and DYT cells. (d) The MT3 molecule does not show any...

In the last note, we looked at the lattice model of small-molecule solutions. We now turn to polymers, using the same machinery. The lattice theory of polymer solutions is known as Flory-Huggins theory. In many ways, you will find this theory similar to the smallsolute case, except that the statistics are a little more complicated given that a polymer is a connected entity. Figure 1 shows a lat...

Stable, single-molecule conducting-bridge configurations are typically identified from peak structures in a conductance histogram. In previous work on Pt with H2 at cryogenic temperatures it has been shown that a peak near 1G0 identifies a single-molecule Pt-H2-Pt bridge. The histogram shows an additional structure with lower conductance that has not been identified. Here, we show that it is li...

1. The polymer and sample preparation 2. Centroid localization 3. Chung-Kennedy (C-K) algorithm 4. Error estimation 5. Image drift 6. Experimental errors and check of the drift compensation 7. Notes on chain conformation recovery 8. Influence of the emission polarization on the localization accuracy 9. Fluorescence brightness of a single molecule 10. Estimation of NA in excitation 11. Movie sho...