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March Meeting 2017 – Presenting at the Meeting – Guest blog by Zane
Being an undergraduate presenter in a room full of research faculty Guest Blog by Zane Thornburg ’18 For this year’s APS March Meeting, I decided that it would be a great idea to give an oral presentation on my summer REU research with Dr. Paul Bonvallet on Osorb from this past summer. I didn’t give…
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Frustration & Perpetual Motion
Momentum conservation (or Newton’s third law) ensures two-way or bidirectional coupling for typical media like guitar strings and spring mattresses. One-way or unidirectional coupling enables the propagation of solitary waves or solitons with diverse behaviors in otherwise dissipative media, but at the expense of both momentum and energy conservation. Nevertheless, one-way media are possible, provided…
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Wooster Physics at the University of Oregon
Last week I had a wonderful trip to the University of Oregon in Eugene to give a colloquium for the Department of Physics. This was my first visit to the university, and actually my first visit to Oregon at all! Wooster Physics and Oregon Physics are connected in a number of ways — Dr. Leary…
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PhysCon 2016: A Wooster Student in San Francisco –Guest Blog by Zane Thornburg
When I began studying physics, I had no idea that scientists travel so much. In the fall of 2016, I attended the Quadrennial Physics Congress, PhysCon. Before I get to talking about the conference itself, I think it is worth mentioning that this was the farthest I have ever traveled, so I had a lot…
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Harvesting Wind Energy for Signal Detection
Wind is free and ubiquitous and can be harnessed in multiple ways. We recently published an article in the Physical Review demonstrating mechanical stochastic resonance in a tabletop experiment that harvests wind energy to amplify weak periodic signals detected via the movement of an inverted pendulum. Unlike earlier mechanical stochastic resonance experiments, where noise was added via…
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Wooster Physics in Vienna, Austria!
After several years of being department chair, I am very much enjoying being on research leave this year. A research leave is an opportunity for Wooster faculty to take a semester or a year just to focus on our research, without any teaching, committee work, or other kinds of administrative work. It’s a time to meet…
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Raptor Interplanetary Transport Engine
Why has SpaceX chosen methane to fuel its Raptor rocket engine? Robert Goddard’s first rockets used liquid oxygen O2 or LOX and gasoline. The Saturn V moon rocket first stage used LOX and refined kerosene. The Saturn V second stage used LOX and hydrogen that burn to water in my favorite chemical reaction, 2H2 + O2…
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Maggie Lankford `16: National Finalist for Top Award in Undergraduate Physics Research!
I’m excited to report that Maggie Lankford, who graduated summa cum laude this year as a Wooster physics major, has been selected as a finalist for the American Physical Society’s LeRoy Apker Award– known as the preeminent honor for undergraduate physics research in the United States! Maggie received this recognition for work reported in her Senior Independent Study thesis, entitled “The Production…
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Found in a Box
I recently ascended to Czar of Physics. (Oops — I mistyped Chair and it autocompleted to Czar!) It’s not my first year as Czar, but this time, during the handover from the previous Czar, I inherited a small cardboard box. Inside I found a stack of old Wooster ΣΠΣ membership cards. (ΣΠΣ is Greek for SPS and signifies…
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Singing in the Wind
Wires suspended above our streets are a late 19th century technology stubbornly persisting into the 21st century. They can hum in a breeze. A wire disturbs the air flow by shedding eddies alternately up and down, sometimes fast enough to be heard as a musical note. The wire’s vibration can enhance the sound’s volume and persistence. The animation below…
Thanks, Mark! I enjoy reading your posts as well.