The continuous miniaturization of technologies demands of high precision techniques in the
microdevice manufacture, where 3D printing arises as a powerful tool. 3D printing …

A highly selective and divergent synthesis enables access to various molecules and has
garnered broad interest from not only organic chemists but also medicinal chemists and …

Molecular Ag (II) complexes are superoxidizing photoredox catalysts capable of generating
radicals from redox-reticent substrates. In this work, we exploited the electrophilicity of Ag (II) …

We present a photo-and Cu-mediated 11C cyanation of bench-stable (hetero) aryl
thianthrenium salts via an aryl radical addition pathway. The thianthrenium substrates can …

A cost effective and replicable continuous flow circular photoreactor system is introduced. All
body parts of the reactor are 3D-printed, and the electronics are purchased from various …

Polymerization catalysts that activate in response to specific chemical triggers offer spatial
and temporal control over polymer synthesis, facilitating the development of responsive …

Water reuse is an emerging solution to decrease pressure on freshwater supplies and meet
the increasing demand. This study explores the use of semiconductor photocatalysis for …

We report the development of a high intensity photoreactor that enables high throughput
screening of up to 1536 reactions on nanomole scales in parallel. The increased photon flux …

Synthesis of (Z)-alkenes is challenging because the (E) stereoisomers are usually more
stable. Energy transfer photocatalysis has emerged as an efficient strategy for (E)→(Z) …

The efficient, large-scale synthesis of radiometallated radiopharmaceuticals represents an
emerging clinical need which, to date, is inherently limited by time consuming, sequential …