OAI, a manufacturer of UV exposure equipment for Semiconductor, Microfluidics, and Nano Technology, announces it has won the bid from Trinity College, Ireland for a Nano Imprint Module on OAI's Model 800 Optical Back...
Normal color, like we know from everyday life, doesn't change its color impression when you look at it from different directions. With the help of nanotechnology researchers at BASF have now managed to develop colors that change its color impression when you look at it from different directions.
The 52nd International Electron Ion and Photon Beam Technology and Nanofabrication (EIPBN) Conference announced six Micrograph Contest winners at its annual Conference held this year in Portland, Oregon May 27-30.
The...
Thin Film Electronics ASA InkTec Co.,Ltd. headquartered in Kyungki-do, Korea, a research and manufacturing company in the field of Printed Electronics, and Thin Film Electronics ASA of Oslo, Norway, announces today that ...
Customized microscopic magnets that might one day be injected into the body could add color to magnetic resonance imaging (MRI), while also potentially enhancing sensitivity and the amount of information provided by images.
Princeton engineers have invented an affordable technique that uses lasers and plastic beads to create the ultrasmall features that are needed for new generations of microchips.
Transparent transistors and optoelectronics created by researchers at Oregon State University and HP have found their first key industrial application in a new type of solar energy system that its developers say will be four times more cost-efficient than any existing technology.
Scientists working at NASA's Goddard Space Flight Center in Greenbelt, Md., have concocted an innovative recipe for giant telescope mirrors on the Moon. To make a mirror that dwarfs anything on Earth, just take a little bit of carbon, throw in some epoxy, and add lots of lunar dust.
Agilent Technologies Inc. today introduced a new Dynamic Calibrator, a laser-based calibration system for measuring machine-tool and coordinate-measuring-machine (CMM) accuracy. New sensors in the system offer accuracy to 0.4ppm, setting a new industry standard.
More than 30 years ago, when Northwestern University chemist Richard Van Duyne developed a powerful new sensing technique, he never thought he would be using it to learn more about treasures in the Art Institute of Chicago's collection
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