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Create the GDSII stream format file for transferring or archiving 2D graphical design data.
Solid model tool.
Before printed lithography started in England in 1875, artists coloured books by hand. The SP Lohia collection is an assembly of these rare and...
netfabb Mobile is an easy-to-use viewing App for .STL (stereo lithography) files, running on the iPhone and iPod Touch. As a counterpart to the...
Photoshop plugin: create vintage offset printing and ink effects.
Optics and photonics news from the award winning SPIE Newsroom. Explore the latest news and technical offerings in 13 optics related communities...
Provide geometric viewing & processing ActiveX control.
STL Viewer is an application for downloading and viewing the contents of Stereo Lithography files. STL files are representations of the surfaces of...
Stefan Szczesny, born in Munich in 1951, is an internationally renowned painter and sculptor.He is the protagonist of the painting in the 1980s....
Stefan Szczesny, born in Munich in 1951, is an internationally renowned painter and sculptor. He is the protagonist of the painting in the 1980s....
A prototype chip has quadruple the circuitry and double the performance of today's cutting-edge chips. This kind of work keeping Moore's Law ticking hastens the day your smartwatch has a lot more brains.
Intel, GlobalFoundries and other chipmakers have built massive facilities to manufacture more powerful computer chips. It's all part of a race to prove they can keep pace with Moore's Law.
Microscopic sculptures by artist Jonty Hurwitz are so tiny that they can fit easily inside the eye of a needle, on a human hair -- or on the forehead of an ant.
Solid-state drive storage on the cheap. Micron's new SSD makes 256GB downright affordable.
TCL is the largest TV brand in the domestic Chinese market, and it's using the launch of "Iron Man 3" to attempt inroads into the U.S.
This Intel vice president lives 10 years in the chip technology future, charting a course for the computing industry and transforming research ideas into high-volume manufacturing.
Fabrication is moving to the nanoscale, aided by a super-hard tip 10,000 times smaller than a pencil point that could be used for microscopic biosensors and optical probes.
A team of researchers has shown that it is possible to fabricate low-resistivity nanowires at the smallest scales imaginable by stringing together individual atoms in silicon.
A University of Pennsylvania team is working on a material that changes color depending on the intensity of explosions.
Scientists in Singapore, Britain, and South Korea say they've succeeded in creating metallic lines so thin and smooth they can only be seen using electron microscopes.