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Hampton University: Research
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The students at Hampton are heavily involved with research, a number of them working at the Thomas Jefferson Accelerator Facility, NASA Langley Research Center and others even traveling to CERN every so often to collect data. The amount of research at Hampton affords every undergraduate to experience different fields, try something and see if they like it. Most student graduate with several publications and numerous conference presentations locally, nationally and internationally. Some of the places the students have presented their research would be at APS, AAPT, NSBP, NASA, and many more. Quite a number of students have received awards for the achievements and conducting research and presentation.
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Virtual Part Modeling and Simulation VPMAS is one of the many innovative research arms of Hampton University created to further foster the University's commitment for research and development. One of the missions of VPMAS is to provide superior services to our clients through the combined synergistic efforts of industry experts, cutting edge technology and science to create solutions for enhanced safety, preparedness and planning to address man-made or natural threats.
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This research focuses on isolating and characterizing bacteria from polluted sites in the Hampton area. Isolated pollutants and toxins will be identified by using the National Library of Medicine on-line toxicology files. Biochemical and molecular biology techniques are used to develop new protocols for employing bacterial activity in remediation work.
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The therapy differs from conventional radiation because of the way that protons interact with body tissues, said Cynthia Keppel, a Hampton physics professor and cancer researcher who is the scientific and technical director of the center. Protons are subatomic particles that essentially travel harmlessly until they reach a peak and release their energy. Using a highly specialized and expensive machine called a cyclotron, scientists can control when and where the protons will release their energy - in this case, against a cancerous tumor.
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