The Washington State University flag has flown in many places around the world – from ESPN Game Day to the Great Wall of China – and now more than 18 miles into the stratosphere.
A Cougar flag attached to a weather balloon recently launched from the center of the Pullman campus reached nearly 100,000 feet, presumed to be a record-breaker for the WSU banner. The flight was part of a WSU Physics and Astronomy Club student project; now the flag is up for auction.
Two members of the CAS community will receive 2013-14 President’s Employee Excellence Awards at the Celebrating Excellence Recognition Banquet, part of the WSU Showcase annual celebration of faculty, staff, and student achievement on March 28.
The awards recognize civil service and administrative professional staff for outstanding contributions in work quality, efficiency, productivity, problem solving, work relations, and community service.
Kris Boreen
Kris Boreen, budget and finance manager for the Department of Physics and Astronomy, served in a number of WSU administrative and finance manager positions before landing in physics and astronomy two years ago. Since then, she has helped the department find optimal ways to invest resources, reduce expenses, identify resource needs and manage a complex budget. She asks questions, suggests options, provides answers and hammers out solutions, sometimes working late into the night and on weekends.
Boreen brought “an infusion of positive can-do energy” that helped improve staff morale. She cares about the success of the university, department, faculty, staff and “most definitely the students,” said a nominator.
Sisouvanh Keopanapay
Sisouvanh Keopanapay, academic coordinator in the Department of Criminal Justice and Criminology, supervises about 40 interns working in Pullman-area courts and police departments and creates other innovative ways for students and faculty to connect with each other and with the justice community. After she revamped her department’s internship program, it added 25 students in two semesters, said one nominator.
Keopanapay coordinates a variety of tasks efficiently and creatively, including institutional research. She initiated a study abroad program and mentors other advisers. She also advises about half of the department’s undergraduates and “her evaluations are always at the top of the charts,” said a nominator.
Last spring, entomology professor Richard Zack brought to Washington State University hundreds of thousands of insect specimens collected before removal of the 100-year-old Elwha dam in the Olympic National Park. He is leading a project to sort, identify and curate the insects and create a database to provide insight into how the Elwha Valley ecosystem might change in the next several decades. Changes in insects will play a key role in how the new ecosystem develops.
But where do you start when you have hundreds of thousands of bugs to organize? With the beetles, said WSU biology student Laura Hamada, who plans to pursue insect taxonomy. She and fellow student Noah Austin, a WSU double major in physics and music, work in a lab in the entomology department where they sort, prepare and identify the aquatic bugs, caddisflies, mayflies, stoneflies, true flies and beetles. Eventually, most of these specimens will be sent to specialists for specific identification.
News of a potential four hundred-fold conductivity increase in strontium titanate crystals by WSU researchers was reported in newspapers, on blogs, in academic circles and over the airwaves from Seattle to Toronto to Europe to the Philippines. (See original post on 11/14/2013.)
Quite by accident, Washington State University researchers have achieved a 400-fold increase in the electrical conductivity of a crystal simply by exposing it to light. The effect, which lasted for days after the light was turned off, could dramatically improve the performance of devices like computer chips.
WSU doctoral student Marianne Tarun chanced upon the discovery when she noticed that the conductivity of some strontium titanate shot up after it was left out one day. At first, she and her fellow researchers thought the sample was contaminated, but a series of experiments showed the effect was from light.
