It doesn't seem to be getting any easier to travel with a violin or other instrument these days, with packed flights and fees ...

Tuesday night, just a week and a half after the Van Cliburn International Piano Competition named its winners in Fort Worth, ...

" Faidley is one of the most respected and dynamic violin pedagogues teaching today. Known for her humor, attention to ...

Physicists at England’s Loughborough University employed the use of nanotechnology to create what they are touting is “the ...

While the violin may have started as a whimsical demonstration of precision, it now plays a serious role in science. It was ...

The tiny, violin-shaped object is just 35 micron long and 13 micron wide. If the term ‘micron’ is not familiar to you, it’s a unit of measure that is equal to one-millionth of a meter.

From there, the underlayer was dissolved to form a violin-shaped mold. This was filled in with a thin layer of platinum, before acetone was finally applied to wash away everything but the shiny ...

From there, the underlayer was dissolved to form a violin-shaped mold. This was filled in with a thin layer of platinum, before acetone was finally applied to wash away everything but the shiny ...

Next the machine uses a heated, needle-like tip to "write" very precise patterns on the nanoscale - in this case a violin shape - in a process called thermal scanning probe lithography.

the underlayer of the resist was dissolved to leave behind a violin-shaped hole. The university said a thin layer of platinum was then deposited into the chip before a final rinse in acetone ...

After the design was etched, the resist was developed by dissolving the exposed underlayer to leave behind a violin-shaped cavity. A thin layer of platinum was then deposited onto the chip, and a ...