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A strategy for reversible patterning of soft conductive materials is described, based upon a combination of peptide-based block copolymer hydrogelators and photo-thermally-active carbon nanotubes. This composite displays photo-responsive gelation at application-relevant timescales (&lt;10 s), allowing for rapid and spatially-defined construction of conductive patterns (&gt;100 S m(-1)), which, additionally, hold the capability to revert to sol upon sonication for reprocessing.

Reversible photo-patterning of soft conductive materials via spatially-defined supramolecular assembly