Carley Beeman grew up in Golden, Colorado and attended Golden High School. She enjoyed high school chemistry classes, loved the puzzle and challenge behind the science, and thought she wanted to pursue a career in pharmacy or medical research.

Carley chose OSU for the strong academics and athletics present- coming to Oregon State allowed her to pursue Division 1 gymnastics while simultaneously getting an undergraduate degree in chemistry. She notes that the people here at OSU are also genuine and caring, and it felt like home. Carley joined Dr. Kolluri’s lab this term, researching pathways regulating cell cycle, cell death, and differentiation in relation to cancer cells. She was drawn to this research after taking part in the ASPET research fellowship at the University of Michigan last summer, where she studied the respiratory depression pathway of opioids in mice brains. After graduation, Carley hopes to pursue her PhD in a biomedical science field.

            Outside of school, she loves spending time in nature with friends, camping and hiking. Her favorite book is the Giver, and favorite food is tacos al pastor. She has two brothers, making her the only girl in the family, and loves springtime in Corvallis when everything is in bloom.

Helen White grew up on Vashon Island, Washington where she attended Vashon Island High School. She chose to study chemistry because of her interest in radiochemistry, and because it paired well with her Radiation Health Physics degree.

Helen decided to go to OSU because of the campus and proximity to everyone she cares about. Compared to other schools, Oregon State had more to offer–academic and otherwise–so there wasn’t a doubt in her mind when it came to choosing a university.

Currently, Helen is performing research in the radiation center on campus with Dr. Chemey’s group. In the winter she will transfer projects from analyzing crystalline structures they were creating in the lab to working on a radiochemical separations project. Previously, she worked on a computational project using a DFT program in order to simulate metal hexaboride structures and explore their capabilities in holding radioactive waste materials. To get into research, Helen emailed and asked around professors she was interested in working with. Since then, she notes it has been an incredibly enriching and rewarding experience. Helen plans on attending graduate school immediately after graduation, hoping to pursue a PhD in radiochemistry and focus on working in nuclear waste management.

Outside of school and work, she loves to be outside and enjoys going for walks, bouldering, running, and frolicking, all the things she says help keep her sane. Beyond that, she loves to read, which can be a much-needed break from chemistry. Right now, Helen’s favorite book is The Wall by Marlen Haushofer. It is a short, devastating, dystopian fiction that was written in 1963 which talks about a woman’s experience a person in a way that is not normally explored.

Helen’s favorite food is saltine crackers. She is the first in her family to go to college, which she adds is “an immeasurable privilege, especially in the state of the world now where a bachelor’s degree may afford a person a well-paying job.” She says that her biggest hope is to move into a financial place in her life where she can support those who have supported her in the past.

The Department of Chemistry at Oregon State University (OSU) seeks to fill one Tenure-Track faculty position starting in Fall 2024 at the rank of Assistant Professor in the areas of inorganic materials chemistry. We are seeking candidates who are interested in developing innovative inter- or trans-disciplinary research programs to revolutionize sustainable inorganic materials discovery for emerging applications in electronics, energy, and environment. Preference will be given to candidates who will focus on the discovery of next-generation materials for semiconductor industries by employing automated inorganic synthesis through solution-based routes, solid-state reactions, or thin-film deposition and who employ artificial intelligence/machine learning in their experimental research. The Department is home to a sophisticated, digitally enabled continuous flow synthesis system.

The proposed research program should demonstrate proficiency or significant potential to garner national and international recognition with sustainable external grants. The successful candidate is expected to teach courses in Inorganic Chemistry, Materials Chemistry, special topics, and general chemistry, broadly defined. The successful candidate is expected to fulfill working, teaching, and mentoring responsibilities in ways that provide equity and inclusivity for all students, faculty, and staff at OSU. Minimum qualifications include a Ph.D. in Chemistry or a related scientific field.

To review each job posting and apply, please submit a curriculum vitae, cover letter, teaching statement, research statement, and diversity statement online and arrange to have three letters of reference submitted online. For full consideration, applications should be received by October 31, 2023; however, the position will remain open until filled. Apply to posting # 144097 at https://jobs.oregonstate.edu/

The College of Science and the Department of Chemistry at OSU are committed to creating equitable and inclusive learning and working environments for their students, faculty, and staff. One of our primary foci is enhancing recruitment, retention, and success for first-generation, underrepresented racial and ethnic minority, and female students or postdoctoral fellows. In addition, several faculty-led initiatives and committees focus on diversity and inclusivity in the classroom and beyond. To meet these goals, we value involvement in professional societies committed to advancing URMs in STEM (e.g., SACNAS, Society for the Advancement of Chicanos/Hispanics and Native Americans in Science). OSU is an AA/EOE/Vets/Disabled. OSU commits to inclusive excellence by advancing equity and diversity in all that we do. We are an Affirmative Action/Equal Opportunity employer and particularly encourage applications from members of historically underrepresented racial/ethnic groups, women, individuals with disabilities, veterans, LGBTQ community members, and others who demonstrate the ability to help us achieve our vision of a diverse and inclusive community.

Congratulations! Keep up the good work.

Beeman, Carley
Biggerstaff, Audrey
Brankovic, Aiden
Brown, Katrina
Caleen, Owen
Chandler, Noelle
Coe, Madeline
Colling, Prongbaramee
de la Fuente, Phoenix
Doyle, Tyler
Erb, Travis
Frechette, Emily
Garrison, Audrey
Gray, Matthew
Groening, Christina-Ann
Harvey, Savannah
Hilden, Ava
Hupp, Ayden
Jaeger, Lucy
Kenny, Mitchell
Kim, Skyler
Kim, Deborah
Koenigsberg, Seiji
Lee, Seohyun
Lee, Phoebe
Linsday, Taylor
Lovdokken, James
Ly, Eric
Maclennan, Hunter
McCurry, Chase
Menon, Vishal Vinod
Muniz, Milo
Murphy, Molly
Nelson, Isabella
Neubert, Mckenna
Nguyen, Matthew
Nieves Lira, Citlali
Ortiz Ojeda, Damara
Park, Evan
Qin, Catherine
Qin, Jianyao
Richardson, Jack
Shoff, Adam
Smith, Quinn
Stanley, Kayla
Taylor, MeKade
Tence, Jonathan
Visaya, Samantha
Walz, Timothy
White, Jackson
Williamson, Makenzie
Willman, Taryn
Wise, Michael
Ziong, Binyi
Ziegler, Olivia

Nicholas Pogue grew up in Beaverton, OR, and attended Sunset High School. He has always liked science and knew he wanted to go into the field. Of all the different sciences, chemistry was Nicholas’ favorite, and the most interesting to him because of all the real-world applications. Everything in life can be traced back to chemistry!

After living in Oregon his whole life and knowing family members who attended, Nicholas knew he wanted to go to OSU. He says that it’s a great college, with amazing faculty, fantastic science programs, and a beautiful campus. After graduation, Nicholas plans to get his Master’s in Education and jump right into student teaching to begin his career as a high school teacher.

Outside of school, Nicholas enjoys spending time with friends and family, playing video games, reading, tennis, and watching movies. Some of his favorite movies include the Cars trilogy, Star Wars, Comic book movies, and the Fast and Furious Franchise. Nicholas’ favorite book is Triple Zero by Karen Traviss (part of the Star Wars Republic Commando series), and his favorite food is cereal- namely Wheaties and Reese’s Puffs. He is very grateful to have been nominated and selected for UGQ.

Casey Rummelhart grew up in Lake Stevens, Washington. He was drawn to chemistry after taking AP Chemistry at Lake Stevens High School, and initially wanted to become a high school chemistry teacher. Casey chose OSU because he wanted to go out of state but still remain close to home. He has enjoyed working as a general chemistry lab and lecture TA, and helping students in his job at the Mole Hole. Casey will be graduating this spring, after only three years, and has been accepted into the PhD program for chemistry where he will begin in the fall. This summer, he’ll joining the Desnoyer group conducting research in organic chemistry. Outside of school and work, Casey likes partying, playing Pokémon, and enjoying his favorite food, pho.

F.A. Gilfillan Memorian Award
This award honors faculty members in the College of Science whose scholarship and scientific accomplishments have extended over a substantial period of time, especially faculty whose research careers have had a significant impact on his or her field.
–Wei Kong

Gender Equity in Leadership Award
This award recognizes work that enhances leadership skills and opportunities for faculty members who previously or currently identify as women in the College of Science.
–Marilyn Mackiewicz &
–Paula Weiss

Industry Partnership Award
This award supports projects that are developing new areas of research and establishing or augmenting research partnerships with industry partners.
–Kyriakos Stylianou

Loyd F Carter Awards for Outstanding and Inspiration Teaching in Science
Every year since 1946, the Loyd F. Carter Award has been presented to two outstanding College of Science faculty members: one for undergraduate teaching and one for graduate teaching. The purpose of the award is to encourage and recognize effective and inspirational teaching. The final selection is based solely on student nominations and voting.
–Marilyn Mackiewicz (graduate) &
–Paul Ha-Yeon Cheong (undergraduate)

Milton Harris Award in Basic Research
This award was endowed by G. Milton Harris, a Portland native who received his bachelor’s degree in 1926 from OSU and his Ph.D. from Yale University. He was a pioneer in polymer, fiber and textile science and was the founder and for many years president of Harris Research Laboratories, which later became part of Gillette. As part of his distinguished career in chemistry, Dr. Harris served on the National Bureau of Standards and as the chair of the American Chemical Society for five years. Dr. Harris and his family were and are devoted supporters of higher education, supporting numerous scholarships, awards and faculty positions in science and engineering at OSU. Milton Harris held 35 patents for polymer-coated razor blades, permanent press treatment of wool and wrinkle-resistant cotton finishing, among others. The purpose of the Harris award is to recognize exceptional achievement in basic research by honoring an outstanding faculty member in the College of Science. Special consideration is given to recent research that was carried out at OSU and that will have a significant impact on its field.
–David Ji

12 Household Items You Should Never Clean With Baking Soda
Sendo Serra/Shutterstock
BY HOPE NGO/NOV. 29, 2022 10:39 AM EST
Baking soda, or sodium bicarbonate, is an indispensable part of any household — whether it is for baking cakes, where it helps by adding lift, or as a deodorizer and cleaning agent. Cleaning experts know baking soda to be an excellent household cleaner because it interacts with both dirt and grease, making them easier to wipe away. As May Nyman, a chemistry professor at Oregon State University points out, “When you are cleaning using baking soda or vinegar, you are actually doing very complicated manipulations of molecules,” per Live Science.

Read More: https://www.housedigest.com/1119556/household-items-you-should-never-clean-with-baking-soda/?utm_campaign=clip