Technology integration, marking the convergence of information technology and digital imaging, is expected to change standard laboratories into advanced research centers. Current innovations in the microscopy industry ar...
Charles Rosenblatt, professor of physics and macromolecular science at Case Western Reserve University, and his research group have developed a method of 3D optical imaging of anisotropic fluids such as liquid crystals, ...
Nanoscience Instruments, the premier US-based distributor of nanotechnology instrumentation and supplies, today announces the worldwide distribution of NaDiaProbes® -Advanced Diamond Technologies' (ADT) new line ...
Ambios Technology, Inc. introduced its new Q-View White Light Interferometer / SPM system at the Twenty-Third Annual Meeting of the American Society for Precision Engineering in Portland, Oregon. This new system combines the capability of white light interferometry and SPM technology.
Spinal cord injuries are often a worst-case diagnosis for people who suffer accidents because they may mean permanent disability. Unlike a broken leg or pulled muscle, spinal cord injuries do not heal themselves over time.
Just as the perfect picture of a horse cannot convey the fluidity of it gallop, so does a frozen picture of DNA fail in describing its intricate dance. "These are wet, warm, squishy things," says Adam Cohen of Harvard University. They jiggle, they flap, they twist, they turn, and they randomly "walk" about.
The recent advent of transmission electron microscopes with integrated scanning probe microscope sample stages is permitting unprecedented nanoscale observation and analysis of materials. Jianyu Huang of Sandia National ...
R+D Magazine has recognized a tabletop microscope developed by a team of Colorado State University and Berkeley researchers at the National Science Foundation Engineering Research Center for Science and Technology as one of the Top 100 most significant technological advances for 2008.
Because they are riddled with defects, bulk crystalline materials never achieve their ideal strength; nanocrystals, on the other hand, are so small there's no room for defects. Yet while nanocrystalline materials may approach ideal strength in their resistance to stress, most nanostructures have shown only a limited ability to withstand large internal strains before they fail.
The most advanced and powerful electron microscope on the planet-capable of unprecedented resolution-has been installed in the new Canadian Centre for Electron Microscopy at McMaster University.
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