物理学哲学博士-原子，分子和光学物理学

当前的研究通过对超冷原子气体的研究来研究量子多体系统的物理学。主题包括超流，自旋和热传输以及强相互作用费米气体的热力学。实验利用激光冷却和光阱来产生量子简并的原子气体，并利用定制的光势，射频光谱和其他技术来进行测量。研究还包括限制在狭窄光学腔内的染料介质中光子的热化和凝结。博士学位课程包括一组核心课程，包括一些高级研究生课程，这些课程提供了广泛的物理学背景，这对长期而言至关重要开设与学生研究领域相关的专业课程，以及博士学位论文的研究。在其他机构从事研究生工作的学生可以在其候选申请书中包括在其他机构进行的相
Current research investigates the physics of quantum many-body systems through studies of ultracold atomic gases. Topics include superfluidity, spin and heat transport, and thermodynamics of strongly interacting Fermi gases. Experiments employ laser cooling and optical trapping to produce quantum degenerate atomic gases, and tailored optical potentials, radiofrequency spectroscopy and other techniques to perform measurements. Research also includes thermalization and condensation of photons in dye media confined within a narrow optical cavity.The Ph D program includes a set of core courses, including some at the advanced graduate level that provide the broad background in physics that is so important in the long run, specialized courses relevant to the research area of the student, and the research for the Ph D dissertation. Students entering with graduate level work at other institutions may include relevant courses taken at the other institutions in their proposal for candidacy, which includes all their course preparation as well as the research proposal for the dissertation. The Department of Physics at Lehigh University offers programs leading to the B.A. in astronomy, the B.S. in astrophysics, and to the B.A., B.S., M.S., and Ph.D. degrees in physics, as well as a summer research program for undergraduates. Research areas include astronomy and astrophysics, atomic, molecular, and optical physics, biophysics, computational physics, condensed-matter physics, general relativity, cosmology, and string theory, high-energy and accelerator physics, nano science, non-linear optics and photonics, plasma physics, soft-condensed matter and complex fluids, and statistical physics.