The College of Science and Technology's six departments engage in extensive research and discovery through world-class faculty, talented students and advanced facilities.
At its core, the department consists of research-active faculty dedicated to providing the best educational experiences for CST students while maintaining the highest levels of excellence in research, including developing new technologies for studying protein-protein interactions; novel therapeutics for the treatment of HIV infection; ecology of specialized deep-sea habitats; plant evolutionary ecology and more.
The department is one of the most dynamic chemistry programs in the nation, with external research funding increasing more than 450 percent over the past decade. Faculty and students conduct extensive research in both core and interdisciplinary chemistry, including synthetic chemistry, biochemistry, ultra-fast laser chemistry, spectroscopy and smart detectors.
CIS faculty and students are heavily involved in research and scholarly activities, with department research undergoing an extraordinary expansion focused primarily in two research centers. The Center for Data Analytics and Biomedical Informatics focuses on data mining, machine learning, knowledge discovery, pattern recognition and computer vision. Research at the Center for Networked Computing involves solving challenging problems in computer networks and systems, and cyberspace security.
EES faculty, as well as undergarduate and graduate students, are actively engaged in research, presenting results at regional, national and international scientific symposia. Current specialties within the department include coastal dynamics, environmental geophysics, hydrogeology and groundwater contamination; nanomaterials; paleontology-fossil provenance; and planetary and structural geology.
Active research areas within the department include complex analysis, partial differential equations, low dimensional topology, geometric group theory, applied mathematics, noncommutative algebra, probability, number theory, differential geometry, algebraic quantization, algebraic invariant theory, scientific computing, harmonic analysis, mathematics of materials science, and mathematical biology.
The department's principal areas of research are theoretical and experimental elementary particle physics, condensed matter physics, atomic, molecular and optical physics, and statistical mechanics. Much of this research is conducted locally using excellent facilities within the department. Several research groups use outside laboratories such as the Stanford Linear Accelerator Center, Brookhaven National Laboratory, Thomas Jefferson National Accelerator Facility, and Los Alamos Meson Physics Facility.