A hybrid #nanolithography strategy using #semiconductor #QuantumDots to create stable #3D micro-/nano-structures with sub-100 nm precision and thermal stability up to 600 °C for advanced optical, data storage, and encryption applications.
#OpenAccess in #IJEM: doi.org/10.1088/2631...
This square design centers on a photograph of the miniscule image of a violin created through nanolithography, complete with dimensions in microns, inside a metal circle. The words say, “WORLD'S SMALLEST VIOLIN? Photo is courtesy of Loughborough University, via Phys.org.”
World’s smallest #violin? I’ve occasionally made sarcastic remarks about playing one for someone who’s whining about a minor issue – but #nanolithography recently made (a #picture of) one possible.” Makes a human hair look like a log! Can’t be seen without a #microscope.
phys.org/news/2025-06...
Loughborough University's 'smallest violin' (35x13μm!) 🎻 – a playful yet powerful demo of our NanoFrazor's capabilities for cutting-edge materials research & next-gen computing. Congrats to the team! 👉 heidelberg-instruments.com/loughborough...
@lborouniversity.bsky.social
#nanolithography
Congratulations to the IEMN lithography team for your excellent results !
#nanofabrication #nanolithography
🏆 SPIE Frits Zernike Award for Microlithography: Henry Smith, MIT, Professor Emeritus
For seminal contributions in #nanolithography, including the invention of phase-shifting masks, demonstration of liquid-immersion lithography, impact as an educator, & more.
Read more: spie.org/news/henry-i...
