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Writing the aerodynamics of hunger

Description
Raised on card-catalogues, then expected to save the world with microchips, there is a generation that was left straddling two millennia. Often lumped in with the X’ers or Millennials, this generation didn’t grow up with or without technology, technology grew up with them. The poems in The Aerodynamics of Hunger…

Raised on card-catalogues, then expected to save the world with microchips, there is a generation that was left straddling two millennia. Often lumped in with the X’ers or Millennials, this generation didn’t grow up with or without technology, technology grew up with them. The poems in The Aerodynamics of Hunger strike a balance between the easy-going materialism of the 90’s and our current culture of instant gratification, between the tendency to treat science like a God and prescribe God like science. These poems see straight through the world of hypersex and click-bait, yet they admit their complicity in its creation and distribution. They watch the world become connected on a new level, but testify to the resulting struggle of place one’s self in relation to something, anything. The burden is great, but journeying through it is an undeniable pleasure.
ContributorsBassett, Kyle (Author) / Rios, Alberto A (Thesis advisor) / Dubie, Norman (Committee member) / Bell, Matthew (Committee member) / Arizona State University (Publisher)
Created2016
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System Size Dependence in Fermionic Superfluids at Unitarity

Description
While the use of super-cooled gasses as a tool for the study of macroscopic quantum effects has only become experimentally viable in recent years, theories involing such gasses have existed almost as long as quantum theory itself. Albert Einstein first proposed the concept of what is known today as a…

While the use of super-cooled gasses as a tool for the study of macroscopic quantum effects has only become experimentally viable in recent years, theories involing such gasses have existed almost as long as quantum theory itself. Albert Einstein first proposed the concept of what is known today as a Bose-Einstein condensate; the driving principle behind his theory was a deliberate exploitation of the symmetric property of multiparticle bosonic wavefunctions. Specifically, since the Bose-Einstein statistics of bosons dic- tate that any arbitrary number of particles can occupy the same state, it is possible in an extremely low energy environment for particles on the order of Avagadro's number to all condense into the ground state. This state of matter is now called a Bose-Einstein condensate (hereafter referred to as a BEC). This state of matter is interesting because having such a large number of particles in the same state allows for the observation of macroscopic quantum effects.
ContributorsSpencer, Kwit (Author) / Schmidt, Kevin (Thesis director) / Treacy, Michael (Committee member) / Dawson, Colby (Committee member) / Barrett, The Honors College (Contributor) / College of Liberal Arts and Sciences (Contributor)
Created2012-12