Difference between revisions of "User:Rgj6"
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Hi! I'm a freshman at Duke planning to major in BME. | Hi! I'm a freshman at Duke planning to major in BME. | ||
| − | The way you pronounce my name is | + | Hi! I am a freshman at Duke planning to major in BME. |
| + | ==Pronunciation== | ||
| + | The way you pronounce my name is Ri''shabh'' Jay-''tahn''-nan-dani. That should probably help. | ||
| + | ==Favorite Demo== | ||
| + | I liked the Loma Prieta demo because it was able to reconstruct a 3-D representation of the movement of the tectonic plates. | ||
| + | I especially liked the way that it was able to process a lot of seemingly unrelated data (movement of the instrument needle in Hertz) to construct the velocity, position and acceleration of the respective plates in their respective directions. | ||
Here's an article about one of the Engineering Grand Challenges on reverse-engineering the brain. | Here's an article about one of the Engineering Grand Challenges on reverse-engineering the brain. | ||
[http://www.technologyreview.com/read_article.aspx?id=17111], Fred Hapgood, Technology Review (MIT), July 21, 2006, Accessed 9/22/10 (Grand Challenge) | [http://www.technologyreview.com/read_article.aspx?id=17111], Fred Hapgood, Technology Review (MIT), July 21, 2006, Accessed 9/22/10 (Grand Challenge) | ||
Latest revision as of 21:50, 22 September 2010
Hi! I'm a freshman at Duke planning to major in BME. Hi! I am a freshman at Duke planning to major in BME.
Pronunciation
The way you pronounce my name is Rishabh Jay-tahn-nan-dani. That should probably help.
Favorite Demo
I liked the Loma Prieta demo because it was able to reconstruct a 3-D representation of the movement of the tectonic plates. I especially liked the way that it was able to process a lot of seemingly unrelated data (movement of the instrument needle in Hertz) to construct the velocity, position and acceleration of the respective plates in their respective directions.
Here's an article about one of the Engineering Grand Challenges on reverse-engineering the brain.
[1], Fred Hapgood, Technology Review (MIT), July 21, 2006, Accessed 9/22/10 (Grand Challenge)
