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| Small Structures, Big Building: Nanotech center continues to grow |
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Construction on the Krishna P. Singh Center for Nanotechnology is proceeding on time and on budget. In addition to gracing the east end of campus with a striking new piece of modern architecture, the Singh Center will also provide a leading research site focused on nanotechnology, one of today's most innovative fields of science and engineering. The building's design ensures the work happening inside will be the star of the show. |
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| great research | click stories 1 2 3 4 |  |
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| Nanoantennas Improve Infrared Sensing | |||
A team led by Ertugrul Cubukcu, assistant professor of Materials Science and Engineering, has used a pattern of nanoantennas to develop a new way of turning infrared light into mechanical action, opening the door to more sensitive infrared cameras and more compact chemical-analysis techniques. The advantage to this approach is that it could reduce the footprint of an infrared sensing device to something that would fit on a disposable silicon chip. |
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| great engineers | click stories 1 2 3 4 |  |
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| Dawn Bonnell Elected to National Academy of Engineering | |||
Dawn Bonnell, Trustees Chair Professor and Professor in the Department of Materials Science and Engineering, has been elected to the National Academy of Engineering for "development of atomic-resolution surface probes, and for institutional leadership in nanoscience." Election to the Academy is among the highest professional distinctions accorded an engineer. |
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| great innovation | click stories 1 2 3 4 |  |
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| Chris Murray collaborates to develop molecular probes that reduce the cost of a powerful microscopy technique | |||
A dye-based imaging technique known as two-photon microscopy can produce pictures of active neural structures in much finer detail than functional magnetic resonance imaging, or fMRI, but it requires powerful and expensive lasers. Now, a research team at the University of Pennsylvania has developed a new kind of dye that could reduce the cost of the technique by several orders of magnitude. |
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Levitation of a Rare Earth Magnet
In the classroom of Daniel Gianola, the Meissner effect is demonstrated with a rare earth magnet above a YBCO high critical temperature superconductor. The superconductor discs were synthesized by undergraduate students as part of the course MSE 250, Nanoscale Materials Laboratory. Watch the video!
Our Materials Science research involves many areas of nanoscience. Check out what a carbon nanotube really is, how one is made and what a nanotube can be used for!
In the future, buildings may respond to their external environments. Led by Shu Yang, a research team has developed plans for a structure that will respond to its environment in order to optimize comfort, energy efficiency and aesthetic appeal. Learn more!
