Andrew Dickman

Dixie Heights High School

Class of 2014

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Andrew Dickman - Class of 2014 - Dixie Heights High School

First Name	Andrew
Last Name	Dickman
Graduation Year	Class of 2014
Gender	Male
Current Location	Lakeside Park, Kentucky
Hometown	Lakeside Park, Kentucky
Relationship Status	Single
About Me	A chemical engineer in "training". I enjoy playing saxophone, baseball, basketball, ultimate, and video games. Books are fine (my favorite is Moby Dick), but I prefer movies and tv shows. James Rolfe and Doug Walker and Mike Stoklasa are big influences on my movie/tv/video game experience. Another thing I do in my free time is learn about math and science either through random wikipedia pages or through youtubers such as Vsauce, MinutePhysics, Veritasium, and Numberphile. My best subject is chemistry; nevertheless, I enjoy most subjects. As of now, I am most interested in a career of research and development in non-woven textiles. If you ever lose sight of how amazing the universe is, then, stare into the night sky. Out there exists quasars, which are amazing stellar objects. Simply put, they are black holes devouring the stars around it, and through the mind-boggling friction the stars experience, thermal energy is released in the form of high energy bursts of light making active black holes the brightest stellar objects in our visible universe. Another amazing thing about space, the best reason the night sky is so dark is because the universe is so young most of the starlight we see is ancient beyond comprehension: we are still waiting for the new stars to reach us. Another amazing fact about our very physical existence, the majority of our mass is the direct result of energy. The "empty space" between the quarks, particles that make up our protons and neutrons, is really occupied by this subatomic field known as the Gluon Field. This fundamental field, the electromagnetic field is another fundamental field, is the strong force that keeps quarks paired in doubles or triples. All this energy that exists to keep these pairs of quarks, and thanks to Einstein's E=mc^2, gives you the majority of your mass. The best part about mass, we can ch...(read more)