Difference between revisions of "User:Ntg3"
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My interests include swimming, badminton, Nintendo video games, and music. Allow me to reemphasize the last of those: I am very, very, very interested in music. Piano player, aspiring marching percussionist, and amateur music critic. | My interests include swimming, badminton, Nintendo video games, and music. Allow me to reemphasize the last of those: I am very, very, very interested in music. Piano player, aspiring marching percussionist, and amateur music critic. | ||
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| + | '''Grand Challenge Article''' | ||
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| + | [http://www.thehindu.com/sci-tech/technology/article2446354.ece Next stop for solar cell technology: your clothing, perhaps], The Hindu, updated September 12, 2011, accessed September 13 2014 (Make solar energy economical) | ||
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| + | '''MATLAB Point of Interest''' | ||
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| + | I found the 3D plotting section of the MATLAB tutorial particularly interesting because it aligns with what I am learning in Multivariable Calculus. This means I can use MATLAB to both visualize and manipulate the functions I will be working with in class. I also found it interesting that it is possible to draw curves on a surface using the "curve :=" command. | ||
Latest revision as of 20:51, 13 September 2014
Nicholas (Nick) Thomas Gardner
Interests
My interests include swimming, badminton, Nintendo video games, and music. Allow me to reemphasize the last of those: I am very, very, very interested in music. Piano player, aspiring marching percussionist, and amateur music critic.
Grand Challenge Article
Next stop for solar cell technology: your clothing, perhaps, The Hindu, updated September 12, 2011, accessed September 13 2014 (Make solar energy economical)
MATLAB Point of Interest
I found the 3D plotting section of the MATLAB tutorial particularly interesting because it aligns with what I am learning in Multivariable Calculus. This means I can use MATLAB to both visualize and manipulate the functions I will be working with in class. I also found it interesting that it is possible to draw curves on a surface using the "curve :=" command.
