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Graphene oxide (GO) films can be readily prepared at wafer scale, then reduced to form graphene‐based conductive circuits relevant to a range of practical device applications. Among a variety of reduction methods, laser processing has emerged as an important technique for localized reduction and patterning of GO films. In this study, the novel use of confocal microscopy is demonstrated for high‐resolution...
Confocal Microscopy
In article number 2300479, Milo S. P. Shaffer and Yuhan Li, introduce the use of confocal microscopy for multi‐modal characterization, in‐situ reduction, and flexible patterning of graphene oxide films. The patterning capability is demonstrated at a range of length scales down to 500 nm conductive tracks, promising for future applications in electronics devices. The multiple‐pass...
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