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“Show Me the Money!” Q&A about salary increases, funding new initiatives, and budget accountability. Posted by: Thomas Krise / April 12, 2016 April 12, 2016 In the movie Jerry Maguire, the lead character is an incredibly successful and charismatic sports agent. Jerry has a crisis of conscience one night, after the young son of one of his injured players curses him out. Jerry realizes he’s come to value his clients as paychecks instead of as people. He feverishly writes and distributes a mission
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New American Colleges and Universities Summer Institute to be held at PLU – Call for proposals Posted by: hassonja / February 8, 2018 February 8, 2018 The 2018 New American Colleges and Universities (NAC&U) Summer Institute will be held at Pacific Lutheran University June 19-21. The Summer Institute theme is Engaging Civility: Leading Dialogue In and Beyond the University. PLU is excited to welcome colleagues from across NAC&U institutions to campus this summer and we encourage faculty and
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students gain research experience in nationally recognized labs, prepare for graduate school, network with peers and research professionals, receive mentoring from top faculty, create potentially publishable work, receive a competitive stipend and restitution for travel and housing, and may be eligible to receive academic credit and attend professional conferences. Research projects within CEBR labs cover a broad range of disciplines, including chemistry, physics, materials science & engineering, and
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assembling nanomaterials – materials that are less than one thousandth of the diameter of a human hair – into powerful state-of-the-art lithium ion batteries. Here at PLU, he continues to use nanomaterials to store energy in flexible and lightweight paper electrodes. Throughout his career he’s worked with more than 20 students on student-faculty research projects. Lytle’s true calling is sharing his passion for the sciences with students. His teaching philosophy is that chemistry doesn’t have to be
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Scholarships for Graduate Studies at the Institute for Shock Physics Posted by: alemanem / October 27, 2020 October 27, 2020 Understanding Materials at Extreme Conditions Graduate students from a range of disciplines (Physics, Chemistry, Materials Science, Mechanical Engineering, and Geo/Planetary Science) have a unique opportunity to study the response of materials at extreme conditions with the internationally renowned scientists at Washington State University (WSU). Working within their
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Summer REU at University of Washington Posted by: alemanem / November 27, 2018 November 27, 2018 The University of Washington has two Research Experience for Undergraduates programs this summer. Both programs deal with new energy materials and welcome freshmen and sophomores who have had some chemistry and physics. Follow the links to learn more, see the program fliers and apply! Clean Energy Bridge to Research (CEBR) Molecular Engineering Materials Center. (MEMC) Read Previous SURF 2019 At
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students gain research experience in nationally recognized labs, prepare for graduate school, network with peers and research professionals, receive mentoring from top faculty, create potentially publishable work, receive a competitive stipend and restitution for travel and housing, and may be eligible to receive academic credit and attend professional conferences. Research projects within CEBR labs cover a broad range of disciplines, including chemistry, physics, materials science & engineering, and
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Library materials for HEALING: PATHWAYS FOR RESTORATION AND RENEWAL symposium February 16, 2022
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? Dynamic compression experiments subject materials to unique thermodynamic conditions – very large compressions, high temperatures, and large deformations – on short time scales resulting in a rich array of physical and chemical changes. Understanding the material response at these extreme conditions is of central importance to fundamental science and spans the disciplines of Physics, Chemistry, Materials Sciences, Geo/Planetary Sciences, and Solid Mechanics. Research activities related to the dynamic
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? Dynamic compression experiments subject materials to unique thermodynamic conditions – very large compressions, high temperatures, and large deformations – on short time scales resulting in a rich array of physical and chemical changes. Understanding the material response at these extreme conditions is of central importance to fundamental science and spans the disciplines of Physics, Chemistry, Materials Sciences, Geo/Planetary Sciences, and Solid Mechanics. Research activities related to the dynamic
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