The chip was next placed into the NanoFrazor, at which point its heated tip seared the violin design into the surface polymer layer. From there, the team developed the resist by dissolving the now ...

This allowed the violin design to be etched on to the chip's surface layer. The finished violin is no larger than a speck of dust on the chip and can only be viewed in detail using a microscope ...

This allowed the violin design to be etched on to the chip's surface layer. Image source, Loughborough University Image caption, The finished violin is no larger than a speck of dust on the chip ...

The new design for the proposed Palo Alto HomeKey project would feature 88 units in three-story buildings. Courtesy city of Palo Alto. Despite uncertainty over funding, Palo Alto is continuing to ...

A team of nanoscientists in the UK say they've created the "world's smallest violin," which many public figures could probably use this week. Narrower than the width of a human hair, it boasts ...

stole trade secrets and copied its aircraft design. Mountain View-based Wisk Aero LLC filed the suit Tuesday claiming that a similar company next door, Palo Alto-based Archer Aviation, had hired ...

Royalty-free licenses let you pay once to use copyrighted images and video clips in personal and commercial projects on an ongoing basis without requiring additional payments each time you use that ...

First, a tiny chip is coated with two layers of a gel-like material called a resist. The NanoFrazor then burns the violin design into the top layer. Once the pattern is set, the exposed areas are ...

Two layers of a gel-like material, called a resist, are coated on a chip, after which a violin design is etched into the top layer using the NanoFrazor. Once set, the exposed areas are dissolved, and ...