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, Ph.D. Andrea Munro, Ph.D. Inorganic Chemistry Justin Lytle, Ph.D. Andrea Munro, Ph.D. Materials & Polymer Chemistry Justin Lytle, Ph.D. 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
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leading to tumor growth and cancer development. N-R The Synthesis of Single Ion Conducting Solid Polymer Electrolytes Based on Oxanorbornene Dicarboximide Backbone with Different Sidechains Via Ring-Opening Metathesis Polymerization and Click Chemistry Phuc N. Phan, Senior Capstone Seminar The current organic electrolytes in lithium batteries can pose safety concerns due to their volatile and flammable properties. The dendrite formation can form between the electrodes causing the battery to fail
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Emily Struck ’23 reflects on her time at PLU, captivated by chemistry and research Posted by: nicolacs / May 5, 2023 Image: Image: Emily Struck ’23 (PLU Photo / Sy Bean) May 5, 2023 By By Grant HaskinsPLU Marketing & Communications Student WriterEmily Struck ’23 made the most of her chemistry major at PLU, conducting individualized research with professors and tutoring other students on campus. As she takes her next step in the fall pursuing a Ph.D. in organic chemistry at Purdue University
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Emily Struck ’23 reflects on her time at PLU, captivated by chemistry and research Posted by: Zach Powers / May 5, 2023 Image: Emily Struck ’23 (PLU Photo / Sy Bean) May 5, 2023 By Grant HaskinsPLU Marketing & Communications Student WriterEmily Struck ’23 made the most of her chemistry major at PLU, conducting individualized research with professors and tutoring other students on campus. As she takes her next step in the fall pursuing a Ph.D. in organic chemistry at Purdue University, Struck
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PLU researchers shine light on RNA activities Professor of chemistry Neal Yakelis works with five summer research students to gain a deeper comprehension of RNA and its intricate workings within the realm of cells. Posted by: nicolacs / November 8, 2023 Image: Professor of chemistry Neal Yakelis leads his students in summer research in the Rieke Science Center at PLU. The team employed advanced organic chemical synthesis methods and characterization techniques. These include NMR spectroscopy
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PLU researchers shine light on RNA activities Professor of chemistry Neal Yakelis works with five summer research students to gain a deeper comprehension of RNA and its intricate workings within the realm of cells. Posted by: mhines / November 8, 2023 Image: Professor of chemistry Neal Yakelis leads his students in summer research in the Rieke Science Center at PLU. The team employed advanced organic chemical synthesis methods and characterization techniques. These include NMR spectroscopy
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course (CHEM 334). The course involves Individual projects emphasizing current professional-level methods of synthesis and property determination of organic compounds. CHEM 336 is offered only in the spring semester. Applications are accepted from students during the fall semester approximately at the time of registration for spring classes. The instructor of record for the upcoming offering of CHEM 336 will coordinate the application process. All CHEM 332 students should co-register for
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Program Speakers: Colin Nuckolls, Columbia Un., “From Molecules to Materials” Malika Jeffries-EL, Boston Un., “Tuning the Properties of Organic Semiconductors via Atomic Engineering” William Dichtel, Northwestern Un., “The Designed Synthesis of Molecular Materials: Inspiration from Tim Swager” Pauling Medalist: Timothy Swager, MIT, “Molecular Electronics for Chemical Sensors” Colin Nuckolls Malika Jeffries-EL William Dichtel Pauling Medalist: Timothy Swager Reception and Poster SessionUndergraduate
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Dean Waldow's Research Group Waldow Group Research Projects Our group has a number of research directions broadly focused in the study of macromolecules. The largest effort has been involved in the compatibilization of polymer blends with added copolymers both in the bulk and as a thin film. Other areas include the study of organic photovoltaic thin films, local segmental dynamics of copolymers in dilute solution, and the application of various synthetic technique to design and build specialty
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at the Joint Institute of Neutron Science collaborating with Dr. Mark Dadmun of the University of Tennessee – Knoxville studying neutron scattering of polymer-based thermoelectrics and conducting polymers in solution. At PLU, my research group studies a variety of topics in the polymer field including polymer dynamics, thin polymer films, compatibilization of polymer blends, and more recently organic photovoltaics (OPV). We utilize a variety of techniques including atomic force microscopy, light
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