物理系于1990年5月搬到了新的科学与工程大楼。它拥有现代化的电子产品和机械车间，由一名专职电子技术人员和两名专职机械师组成。该实验程序目前集中在凝聚态物理和光谱学上。提供了用于制备和制造金属合金晶体，超导粉末和半导体材料的设施。可以使用俄歇，LEED，紫外和X射线光电子能谱，X射线衍射以及诸如布里渊和拉曼散射技术之类的光学方法来研究和表征这些材料的设施。理论物理学方面的活动包括天体物理学课程，重点是恒星演化，凝聚态和数学物理学。在天体物理学方面，正在通过爱因斯坦广义相对论方程的数值模拟研究中子星和黑洞双
The Physics Department moved to the new Science and Engineering building in May 1990. It has modern electronics and machine shops staffed by a full-time electronics technician and two full-time machinists. The experimental program is presently concentrated in condensed matter physics and spectroscopy. Facilities are available for the preparation and fabrication of metallic alloy crystals, superconducting powders, and semiconducting materials. Facilities are available to study and characterize these materials using Auger, LEED, UV and x-ray photoelectron spectroscopy, x-ray diffraction, and by optical methods such as Brillouin and Raman scattering techniques. Activities in theoretical physics include programs in astrophysics with an emphasis on stellar evolution, condensed matter, and mathematical physics. On the astrophysics side, there are ongoing efforts of studying neutron star and black hole binaries via numerical simulations of Einstein's equations of General Relativity. Electronic structure calculations form the basis of the theoretical work on metallic alloys and superconductivity.