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The University of Washington has a new Center for the Integration of Modern Optoelectronic Materials on Demand (IMOD). This NSF funded program is offering paid summer REU positions at UW and at a dozen other institutions around the country. The focus is on cutting edge…
Center for the Integration of Modern Optoelectronic Materials on Demand REU Posted by: nicolacs / November 18, 2021 November 18, 2021 The University of Washington has a new Center for the Integration of Modern Optoelectronic Materials on Demand (IMOD). This NSF funded program is offering paid summer REU positions at UW and at a dozen other institutions around the country. The focus is on cutting edge optoelectronics and quantum materials synthesis. Optoelectronic devices that generate, sense
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The University of Washington Molecular Engineering Materials Center (UW MEM·C) summer REU program is focused on exposing underrepresented minorities and veterans to a viable and relevant career pathway focused on materials and energy research. OUR FOCUS: MATERIALS RESILIENCE AND INNOVATION Undergraduates, including veterans, will find…
Molecular Engineering Materials Center (MEM-C) Summer Research Experience for Undergraduates Posted by: nicolacs / November 29, 2021 November 29, 2021 The University of Washington Molecular Engineering Materials Center (UW MEM·C) summer REU program is focused on exposing underrepresented minorities and veterans to a viable and relevant career pathway focused on materials and energy research. OUR FOCUS: MATERIALS RESILIENCE AND INNOVATION Undergraduates, including veterans, will find that the
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Below are links to Mortvedt Library or open web materials by panelists and PLU faculty participating in the Wang Center 2022 symposium, HEALING: PATHWAYS FOR RESTORATION AND RENEWAL . Article: Healing, a Concept Analysis Firth, K., Smith, K., Sakallaris, B. R., Bellanti, D. M., Crawford,…
Mortvedt Library materials for HEALING: PATHWAYS FOR RESTORATION AND RENEWAL symposium Posted by: Holly Senn / February 16, 2022 February 16, 2022 Below are links to Mortvedt Library or open web materials by panelists and PLU faculty participating in the Wang Center 2022 symposium, HEALING: PATHWAYS FOR RESTORATION AND RENEWAL. Article: Healing, a Concept Analysis Firth, K., Smith, K., Sakallaris, B. R., Bellanti, D. M., Crawford, C., & Avant, K. C. (2015). Healing, a Concept Analysis. Global
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The University of Washington Molecular Engineering Materials Center (UW MEM·C) summer REU program is focused on exposing underrepresented minorities and veterans to a viable and relevant career pathway focused on materials and energy research. OUR FOCUS: MATERIALS RESILIENCE AND INNOVATION Undergraduates, including veterans, will find…
Molecular Engineering Materials Center (MEM-C) Summer Research Experience for Undergraduates Posted by: nicolacs / November 29, 2021 November 29, 2021 The University of Washington Molecular Engineering Materials Center (UW MEM·C) summer REU program is focused on exposing underrepresented minorities and veterans to a viable and relevant career pathway focused on materials and energy research. OUR FOCUS: MATERIALS RESILIENCE AND INNOVATION Undergraduates, including veterans, will find that the
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J-Term Application Review Rubric (xlsx) download
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Aaron Coyner, Senior Capstone Seminar The use of solid polymers in lithium ion batteries has the potential to provide a safer, more reliable alternative to liquid electrolytes.
. 4:00 pm - Investigating the Effects of Glutaraldehyde on Lysozyme Crystal Structure with Atomic Force Microscopy Jace Mason, Senior Capstone Seminar Glutaraldehyde, a common cross-linking reagent used in biological sciences, was investigated for its role in stabilizing protein crystals for X-ray crystallography. A model lysozyme protein was used to grow crystals in a phosphate buffer solution at two pH values promoting the formation of a monocyclic tetragonal crystal structure. Optical
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University of Washington’s Molecular Engineering Materials Center (MEM-C) is a Materials Research and Engineering Center (MRSEC) funded by the National Science Foundation (NSF 1719797). MEM-C aims to accelerate the development of future energy conversion, information processing, and sensing technologies through design, discovery, processing, and application…
University of Washington’s Molecular Engineering Materials Center Summer Research Experience for Undergraduates Posted by: nicolacs / November 19, 2020 November 19, 2020 University of Washington’s Molecular Engineering Materials Center (MEM-C) is a Materials Research and Engineering Center (MRSEC) funded by the National Science Foundation (NSF 1719797). MEM-C aims to accelerate the development of future energy conversion, information processing, and sensing technologies through design
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Leaders from the Nisqually Indian Tribe visited Pacific Lutheran University earlier this month to take possession of materials from a PLU anthropology excavation done around Woodard Bay, Washington in the 1990s. This repatriation process was led by Associate Professor of Anthropology Bradford Andrews and Faculty…
PLU Department of Anthropology completes repatriation of materials to the Nisqually Tribe Posted by: Zach Powers / September 25, 2023 Image: (Left to right) Troy Storfjell (PLU), Nicole Juliano (PLU), Brad Beach (Nisqually Tribe), Merlin Bullchild (Nisqually Tribe), Annette Bullchild (Nisqually Tribe), Greg Burtchard (PLU), Bradford Andrews (PLU), and Patricia Bixel (PLU) pose for a group photo as representatives from the Nisqually Tribe take possession of the Woodard Bay collection from the
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Gregory Peterson, Senior Capstone Seminar Controlled living anionic polymerization was employed to synthesize tetrablock copolymers in order to determine their compatibilizing ability in polymer
ability to compatibilize blends was examined with cloud point measurements to determine the affect on a blend’s phase boundary temperature, and with atomic force microscopy to qualitatively see the affect of limiting phase separation. The higher molecular weight tetrablock was found to lower the phase transition temperature of a low molecular weight PS/PB blend from 112C to below room temperature with the addition of 8% (w/w) tetrablock, showing that it is an effective compatibilizer. The lower
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Attending a chemistry program at a small liberal arts school...gave me post-graduation opportunities!
Chemistry Dean Waldow, Ph.D. Andrea Munro, Ph.D. Inorganic Chemistry Andrea Munro, Ph.D. Materials & Polymer Chemistry Andrea Munro, Ph.D. Dean Waldow, Ph.D. Organic Synthesis Dean Waldow, Ph.D. Neal Yakelis, Ph.D. Chemistry students at PLU get hands-on experience using our suite of modern research-grade instruments, including: 500 MHz Fourier-transform nuclear magnetic resonance (FT NMR) spectrometer atomic force microscope (AFM) gas chromatography / mass spectroscometer (GC/MS) high-performance liquid
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