The world's largest magnet for imaging in brain research arrived today at the Jülich Research Center. Once installed, it will have a field strength of 9.4 Tesla (T), which is almost 200,000 times the strength of the Earth's magnetic field.
Nikon Instruments Inc. and Northwestern University's Feinberg School of Medicine announced the opening of a collaborative core microscopy imaging center, establishing a partnership that brings improved research capabilities to Northwestern, while providing critical feedback for Nikon product development.
Images of the inside of the intestine can be obtained even today: The patient swallows a camera that is no larger than a candy. It makes its way through the intestine and transmits images of the intestinal villi to an external receiver which the patient carries on a belt.
Photovoltaic Solar Cells Inc today announces that it has created a dye doped Graphite/Graphene only solar cell. This solar cell will be produced using the production tool that the company is building.
Veeco Instruments Inc., a leading provider of instrumentation to the nanoscience community, today introduced HarmoniXTM, a powerful new atomic force microscope (AFM) technique for high-resolution nanoscale imaging and analysis. Veeco's HarmoniX Nanoscale Material Property Mapping enables AFM users to simultaneously, and in real-time, acquire high-resolution images as well as high-resolution, quantitative material property maps.
When NASA launches its newest space observatory, physicists at the University of California, Santa Cruz, will be watching as the product of nearly 16 years of hard work blasts into orbit.
A team of scientists from Boston College and Duke University has developed a highly-engineered metamaterial capable of absorbing all of the light that strikes it - to a scientific standard of perfection - they report in the latest edition of Physical Review Letters.
BIOIDENT Technologies Inc., the leader in the development of mobile analytic and diagnostic systems, today announced that the company was awarded a contract for the Defense Advanced Research Projects Agency (DARPA) project "Printed Diagnostic Arrays".
Insects are a source of inspiration for technological development work. For example, researchers around the world are working on ultra-thin imaging systems based on the insect eye. The principle of hyperacuity has now been successfully incorporated in a technical model.
The laser scanning microscopy is a well-established visualising method for different fields of application. The objects being detected are raster scanned by a focusing laser beam and the light diffused from the samples surface is collected by a suitable mounted detector.
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