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Transfer of high‐quality and uniform large‐area graphene onto arbitrary substrates is essential to improve the electrical performances and yields of graphene‐based electronic devices. On page 2070, K. Cho and co‐workers investigate the mechanisms of transfer‐induced graphene defects and develop a novel transfer method using a low‐surface tension solvent as a transfer medium liquid to minimize the...
The polymer‐supported wet transfer of chemical vapor deposition‐grown graphene provides high‐quality large‐area graphene on a target substrate. The transfer‐induced defects that result from these processes, such as micrometer‐scale folds and cracks, have been regarded as an inevitable problem. Here, the transfer processes are thoroughly examined stage‐by‐stage and it is found that lamination wrinkles,...
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