Quantum Phase Transitions in Cold Atoms and Low Temperature Solids

1. Introduction to Many-Body Physics in Ultracold Atomic Gases
Kaden Richard Alan Hazzard

2. Theoretical and Experimental Techniques Used to Explore Many-Body Physics in Cold Atoms, Especially Optical Lattices
Kaden Richard Alan Hazzard

3. Radio-Frequency Spectroscopy: Broad Introduction
Kaden Richard Alan Hazzard

4. RF Spectra: A Sum Rule Approach to Trapped Bosons in an Optical Lattice
Kaden Richard Alan Hazzard

5. RF Spectra: Multiple Peaked Spectrum in a Homogeneous System
Kaden Richard Alan Hazzard

6. Radio-Frequency Spectra at Finite Temperature, Fluctuation-Response Relations, and Proposed Applications
Kaden Richard Alan Hazzard

7. RF Spectra: Summary, Conclusions, and the Future
Kaden Richard Alan Hazzard

8. Rotation, Inducing Gauge Fields, and Exotic States of Matter in Cold Atoms
Kaden Richard Alan Hazzard

9. Stirring up Fractional Quantum Hall Puddles
Kaden Richard Alan Hazzard

10. Incorporating Arbitrarily Strong On-Site Correlations into Lattice Models
Kaden Richard Alan Hazzard

11. Quantitative Calculation of Parameters for a Model Sufficiently General to Capture all On-Site Correlations
Kaden Richard Alan Hazzard

12. Summary, Conclusions, and the Future of Induced Gauge Fields and Lattices with On-Site Correlations
Kaden Richard Alan Hazzard

13. Techniques to Measure Quantum Criticality in Cold Atoms
Kaden Richard Alan Hazzard

14. Quantum Criticality: More Detailed Information
Kaden Richard Alan Hazzard

15. Systems Other than Cold Atoms
Kaden Richard Alan Hazzard

16. Film Mediated Interactions Alter Correlations and Spectral Shifts of Hydrogen Adsorbed on Helium Films
Kaden Richard Alan Hazzard

17. Candidate Theories to Explain the Anomalous Spectroscopic Signatures of Atomic H in Molecular H2 Crystals
Kaden Richard Alan Hazzard

18. Helium and Hydrogen (super?)Solids
Kaden Richard Alan Hazzard

Keywords: Physics, Atomic, Molecular, Optical and Plasma Physics, Low Temperature Physics