It’s slightly terrifying…slightly exciting…but here it is! My official Ph.D. defense announcement! I defend in a little over two weeks which means I should probably get my power point ready.
Learning about electricity with an electric fence. I’m actually impressed by the narrator. I think most high school (?) aged students would just want to see their friends get a shock, but this one correctly describes the physics behind it. Enjoy!
Many of you reading this may be familiar with ArXiv.org and many of you may not be. ArXiv is an open access library where scientists, mostly of the physics, math and computer science varieties, put up papers or pre-prints for all the world to see. Many of these are not yet peer reviewed (and maybe never will be), so you can often find papers that are fun, pop culture based, or just plain crazy-pants (I’m going to suggest a search for papers with the word “god” in the title here.) Since I like to turn to ArXiv when I have some downtime and want to explore the lighter side of science, I thought I’d share some of my favorite findings here.
If you want to join in the fun, many of my most fruitful searches come from me poking around in the “General Physics”, “Popular Physics”, and “History and Philosophy of Physics”. You can see the week’s most recent submissions under each category.
So without further ado, here’s a round-up of some fun papers from this past week.
OMG NERD LOVE!!!!
I wish this proposal in the form of a physics paper happened to me but sadly it didn’t. But it did happen to redactor bogus_wheel, a physicist who was proposed to by her physicist boyfriend (now fiancé). It makes my feel all happy in my insides.
Piezoelectrics are a type of material where, when you apply a stress to them, they accumulate a charge. Additionally, when you apply a voltage to them, the materials contract or expand. Just look at this hypothetical piezoelectric in action!

My group just got done with some beamtime at the National Synchrtron Light Source. Beamtime is when we have time to an x-ray experiment at a national lab and all work in close quarters for long hours for a week or so. This experimental involved a lot of long scans, so we really get to know each other during the down time. Here are some of the highlights from this round.
In the spirit of winter time, here are a nice little video on why snowflakes are shaped the way they are and how they develop as they fall. It was made by the American Chemical Society and while they call it “The Chemistry of Snowflakes”, I’d argue this falls on the physics side of things.
So why a video of koalas fighting and making crazy noises? One, because it’s awesome. Two, to celebrate my big news. I’ve been offered, and have just officially accepted, a post-doc position in Australia!!! I’ll be working jointly at the University of New South Wales and at the Bragg Institute (part of the Australian Nuclear Science and Technology Organization) and using neutron scattering to study complex oxides! Also, I will be enjoying all the fun stuff Australia has to offer! I can’t wait to start.
Now I just have to get that pesky dissertation out of the way…