Metal oxide nanowiskers on conductive wires boost specific capacitance while overcoming manganese dioxide conductivity limits.
A scanning probe microscope tip deposits charged polyelectrolytes to form 3D nanostructures with nanometer precision.
Metal film penetrates interstices between carbon nanotubes, reducing contact resistance that limits bulk material conductivity.
Mechanosynthesis replaces lithography by applying mechanical force to form chemical bonds, achieving atomic precision in structure creation.
Pre-charged modular tips on a presentation surface eliminate tip swapping and recharging, reducing device complexity while maintaining high reaction throughput.
Active energy curable urethane oligomers form organic molds that replicate sub-10 nm patterns while preventing irreversible adhesion during lift-off.