Events Calendar View
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Mathematical Physics Seminar
Nov 20, 2013
General Relativity and Cosmology: A Tale of Omegas
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Mathematical Physics Seminar
Jan 7, 2014
Stationary black holes and the Schwarzschild metric
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Special Colloquium
Jan 14, 2014
SAMMI – 2nd Introductory Workshop on Small Animal MR Imaging 2014
From the Workshop Page: Our first small animal MR imaging introductory workshop will provide an overview on the state of the art small animal 7T Agilent MRI magnet. This will provide an opportunity to discuss and see the demonstration of how the MRI imaging of animals is acquired and analysis of the image data and basic animal handling methods. Following this first workshop, another one will be conducted in the beginning of fall for using some advanced imaging techniques such as cardiac gating, diffusion techniques, contrast and angiography and spectroscopic techniques.
Beginners who want to learn more about the basic science and methods of small animal imaging as well as individuals with experience in small animal imaging are welcome to join this workshop. The workshop is limited to a maximum of 10 attendees per session. If more people sign up another session will be held.
Registration: http://www.ccrc.uga.edu/world/symposium/mri1.php
Proper one on one hands on training will be provided for researchers who would like to use our systems for their research.
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Mathematical Physics Seminar
Jan 14, 2014
Stationary black holes and the Schwarzschild metric, cont.
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Mathematical Physics Seminar
Jan 21, 2014
Coordinate systems for the Schwarzschild geometry
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Departmental Colloquium
Jan 23, 2014
3D X-ray imaging with Digitome®
Volumetric x-ray imaging offers exciting possibilities for multidisciplinary investigations. Davidson College is the first non-governmental entity to possess the Digitome® software, although this software has matured in development and has been applied in significant ways for 30 years. Unlike Computed Tomography (CT), the Digitome® software employs digital tomosynthesis through a series of conventional 2D x-ray images of an object taken from different non-planar perspectives. Using calibration information with regard to geometry and distances, the user can view the image from any direction and easily make measurements with 25-50 micrometer accuracy. The Digitome® user can even detect features obscured by intervening physical features within the object of study. A major benefit is the immediate scrolling through the object along any axis. Because of the small amount of data that is used, scrolling through 2D planes can viewed in near real time with just a typical desktop computer after taking the image, about a 15-minute process. Incorporation of this software into our liberal arts research and teaching program, including topics in archaeology, animal physiology and metrology, will be presented.
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