Monday, October 27, 2014

The Best and the Brightest

As an Ivy League Institution, Cornell attracts some of the greatest young minds. Case in point:

1) The other day, I was going to eat breakfast in the dining hall in my dorm. I live on the fifth floor, so I have quite a few stairs to descend to get to the dining room, which I access by crossing over to the other side of the building on the second floor. On my way down, I caught myself passing the second floor landing and figured I just wasn't fully awake yet. One day later, I was returning from dinner and going up the stairs when I walked past the fifth floor and started up the flight to the (locked) roof. Stairs are hard.

2) When the weather could still be considered nice out, I was periodically going for bike rides. The other week, I biked out to the Arboretum and back just for the fun of it. As I was wrestling my bike back into the bike room, I shifted a gear. It’s not good for the bike to shift gears without pedaling, but I didn't want to wrangle my bike outside to pedal for fifteen or twenty feet, then have to get it back inside, so naturally I tried pedaling in the eight feet I had in the bike room. I’m sure it looked absolutely ridiculous, but I did eventually get my gear to shift to where it was supposed to be.

3) A couple weeks ago in lab, I showed off my impeccable lab skillz. Part of the procedure was to preweigh a round bottom flask, so I massed it and recorded the result in my lab notebook. After evaporating a solvent in the flask, leaving a white powdery product, I reweighed the flask and product. The total mass was less than the initial mass of the flask. I made negative mass! Not really. When I first weighed the flask, it was slightly wet. I thought that a little water wouldn't matter. Then I found out that the maximum amount of product I could make was 0.032 grams. That little water? Mattered. But it doesn't end there. I then ran my product and a standard solution on a chromatography plate. The general idea is to use a liquid to carry the two samples distances up the plate. My product moved. The standard did not.

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