barring classes and research, this is the essence of graduate school:

to sit in a well visited coffee shop with 2-5 Very Smart People, drink coffee at 10pm, and discuss things that are exciting to us. and since it's the beginning of the year, we're still one graduate school instead of eight departments. with a little language translation (interdisciplinary and intercultural AND interlingual) everybody can speak freely to everybody else. there's a french student here in the english program to research changing american perceptions of france using tourist guidebooks from 1970-present. there's a german student majoring in american studies in her home country, here to study american literature for a year in an american english department.  over half the incoming graduate students i've met have some sort of undergraduate research, and if asked most are glad to talk about it. most come from small schools where they worked closely with a professor. i wish is had something to add to those conversations. mine is so tied to the mathematics behind it that i can really only give a two sentence description. so instead i sit back and listen to a turkish student explain how turkish coffee is made. apparently, an espresso shot is weak. nobody makes strong coffee over here. and they drink it black. shawn would approve.

andy

 
   

 


 
 
rachrox on
Re: grad school minus classes and research
Surely you can explain the objective of your research and its meaning without going into binary, can't you?

- R

acronymsical on
Re: grad school minus classes and research
it's an electromagnetic flow sensor. if you put a magnetic field across moving water, you pick up an electric signal that gets bigger the faster the water flows. but that's been known for a hundred twenty years and can be kind of inaccurate if the flow rate is slow. i explored what happens to the signal if you start flipping the magnetic field back and forth a few hundred times a second. but the only way to figure out what's going on now is an ubercool mathematical technique called fourier analysis where you end up selecting exactly the data that matches your magnetic field and no other stray interference, making it abominably accurate and rather impervious to magnetic noise/interference. and that's advanced trig. so maybe i can get four or five sentences into it. it's certainly no discussion starter like a lot of other projects from other disciplines.

rachrox on
Re: grad school minus classes and research
Well it's not Turkish coffee, so you have a point.
- R

 
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