Graphene-based memristors move a step closer to benefiting next-generation computing by Queen Mary, University of London Credit: ACS Applied Electronic Materials (2024).
“The interesting thing about graphene nanoplatelets is that they are nano in one dimension rather than three,” says Drzal. This may mean that it less likely to move through biological barriers.
The team used a multi-step photolithography process to pattern and integrate the graphene electrodes into memristors, producing reproducible results that point the way to large-scale production.
Applied Graphene Materials plc engages in the manufacture, dispersion, and development of applications for graphene primarily in the United Kingdom. It offers reduced graphene oxide and graphene ...
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