Difference between revisions of "User:Gmt9"
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*UNC is an unfortunate school | *UNC is an unfortunate school | ||
*Alspaugh floor 2 - Represent | *Alspaugh floor 2 - Represent | ||
− | *My favorite phrase is "that's bananas" | + | *My favorite phrase is "that's bananas |
+ | *It's "sick story bro," not "cool story bro" | ||
==Name Pronunciation== | ==Name Pronunciation== | ||
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===Provide Energy from Fusion=== | ===Provide Energy from Fusion=== | ||
[http://telegraph.co.uk/science/science-news/3352861/Nuclear-fusion-energy-project-could-lead-to-limitless-clean-electricity.html Nuclear Fusion Energy Project Could Lead to Limitless Clean Electricity] , Richard Gray, The Telegraph - Science News, updated 5 October 2008, accessed 13 September 2011 (Provide Energy From Fusion) | [http://telegraph.co.uk/science/science-news/3352861/Nuclear-fusion-energy-project-could-lead-to-limitless-clean-electricity.html Nuclear Fusion Energy Project Could Lead to Limitless Clean Electricity] , Richard Gray, The Telegraph - Science News, updated 5 October 2008, accessed 13 September 2011 (Provide Energy From Fusion) | ||
+ | |||
+ | ==Favorite Demonstration== | ||
+ | I enjoyed two of the demonstrations more than the others. First of all, I found the '''Viewing a Penny''' demonstration to be highly interesting. The fact that matlab can generate a graphical representation of a penny based simply on the heights of various points on the penny is extremely useful. Based off of nothing but data values in the z-direction, the graph was able to create an image that was virtually identical to that of a real penny, even down to the minute details like the date of publication and "In God We Trust" label. As a quick side note, I found the contour map and the pseudocolor plot to be the most accurate representations. The other demonstration that I favored was the '''Inverses of Matrices''' one. I have absolutely no idea how they created the graphs with various points represented by colors, but that was highly thought provoking. However, even more interesting was the fact that when the pictures of A and A inverse, which were two abstract art pictures with various colors, were combined, they formed a straight white line on an all back blackground, thus represented the identity matrix. I would really like to know more about how that demonstration works because the transformation of data points into color makes little sense to me. | ||
==End Credits== | ==End Credits== | ||
Mt. Lebanon Blue Devils to Duke Blue Devils | Mt. Lebanon Blue Devils to Duke Blue Devils |
Revision as of 01:38, 14 September 2011
Contents
About Me
My name is Garrick Tolley and I was born in the all powerful city of bridges, champions, and steel: Pittsburgh. My noble parents were Geoffrey Tolley, hailing from Buffalo, New York, and Jane Scialfa, daughter of Charlie Scialfa of Italy, hailing from St. Louis Missouri. As a young lad I enjoyed both playing soccer and skiing, and I have continued participating in both of these superb activies. I attended school in a suburb of Pittsburgh formally known as Mt. Lebanon but informally known as "the bubble" due to the extreme lack of diversity in the community and an unforunate tendency of parents to shield there children from the real world and allow them to live in a place earily similar to Peter Pan's Neverland (post- Captain Hook). After graduating high school, I spent the summer straight chilling and working just a tad bit also. Then I journeyed down to the rugged land of Middle Earth, aka Durham.
Skiing
Although my parents felt immense love for me, they still decided to make me a leash-child during my early skiing adventures. As a leash-child, I was thrown into a harness and my parents would ski behind me, thus forcefully dictating my every direction as though I was a baby calf being hurded into an undesirable holding pen. Fortunately, these horrible times faded away, and my ruthless training reaped many benefits. I have gone skiing in Utah, Colorado, and Canada.
Soccer
Google Zach Batteer. I played High School soccer with him. We Won WPIALS's. He's a big deal. Using the transitive property, my team was a big deal. That is all.
Interesting Facts
- The best movie in the world is Never Back Down
- Aziz Ansari is the funniest man alive
- Lupe Fiasco is the next Tupac
- UNC is an unfortunate school
- Alspaugh floor 2 - Represent
- My favorite phrase is "that's bananas
- It's "sick story bro," not "cool story bro"
Name Pronunciation
Garrick Tolley is pronounced like "g-AIR-ick Tall-E."
Engineering Grand Challenges
Provide Energy from Fusion
Nuclear Fusion Energy Project Could Lead to Limitless Clean Electricity , Richard Gray, The Telegraph - Science News, updated 5 October 2008, accessed 13 September 2011 (Provide Energy From Fusion)
Favorite Demonstration
I enjoyed two of the demonstrations more than the others. First of all, I found the Viewing a Penny demonstration to be highly interesting. The fact that matlab can generate a graphical representation of a penny based simply on the heights of various points on the penny is extremely useful. Based off of nothing but data values in the z-direction, the graph was able to create an image that was virtually identical to that of a real penny, even down to the minute details like the date of publication and "In God We Trust" label. As a quick side note, I found the contour map and the pseudocolor plot to be the most accurate representations. The other demonstration that I favored was the Inverses of Matrices one. I have absolutely no idea how they created the graphs with various points represented by colors, but that was highly thought provoking. However, even more interesting was the fact that when the pictures of A and A inverse, which were two abstract art pictures with various colors, were combined, they formed a straight white line on an all back blackground, thus represented the identity matrix. I would really like to know more about how that demonstration works because the transformation of data points into color makes little sense to me.
End Credits
Mt. Lebanon Blue Devils to Duke Blue Devils