This thesis describes how to create and probe novel phases of
matter and exotic (non-quasiparticle) behavior in cold atomic
gases. It focuses on situations whose physics is relevant to
condensed matter systems, and where open questions about these
latter systems can be addressed. It also attempts to better
understand several experimental anomalies in condensed matter
systems.
The thesis is divided into five parts. The first section or
chapter of each part gives an introduction to the motivation and
background for the physics of that part; the last section or
chapter gives an outlook for future studies. Parts 1-4 introduce
and show different facets of how to learn about novel physics
relevant to condensed matter using cold atomic systems. Part 5
constrains explanations of several ill-understood phenomena
occurring in low-temperature quantum solids and condensed matter
systems and attempts to construct mechanisms for their
behavior.
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