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World’s smallest platinum violin demonstrates nanolithography’s potential for nanoscale computing

Created with NanoFrazor tools, the 35×13-micron platinum violin marks a milestone for thermal scanning probe lithography, steering the technology toward heat-based nanoscale memory research.

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"World's Smallest" Nano-Violin Measures Less Than A Hair's Width – But Could Lead To Big Discoveries

Overview

  • Physicists at Loughborough University etched an image of a violin onto a chip then deposited platinum to produce a 35×13-micron structure using thermal scanning probe lithography.
  • The process employed a NanoFrazor system from Heidelberg Instruments housed in a protective glove box to achieve resolutions as fine as 15 nanometers.
  • Researchers are now applying the lithography technique to fabricate heat-sensitive nanoparticles for future nanoscale memory devices.
  • A separate team is exploring nanoscale magnetic sensors to enhance data stability and density in next-generation magnetic storage.
  • This demonstration illustrates how advanced nanolithography can extend traditional compute technologies as Moore’s Law slows.