Research breakthroughs that improve lives.
The College of Science and Technology’s advanced research centers and institutes provide the facilities and support needed for scientists to conduct advanced investigation, partner with similar entities around the world, disseminate new discoveries and turn scientific breakthroughs into advances that improve society.
Center for Advanced Photonics Research (CAPR)
Center for Advanced Photonics Research (CAPR)
Leading-edge research utilizing laser technology in the fields of biology, chemistry, optics and physics
Center for Biophysics & Computational Biology (CB2)
Center for Biophysics & Computational Biology (CB2)
Theoretical and experimental research on defining problems in structural biology, molecular recognition and the evolution of proteins
https://ccgg.temple.edu/
Center for Computational Genetics and Genomics
CCGG scientists share common research interests: evolutionary theory, genetic & genomic data, and research approaches involving considerable computer programming
https://c2m2.cst.temple.edu/
Center for Computational Mathematics and Modeling
Channels cross-disciplinary research in applied and computational mathematics, fosters involvement of mathematics in science and engineering and provides high-tech resources for research and education
https://dabi.temple.edu/
Center for Data Analytics and Biomedical Informatics
Investigators apply novel solutions to challenging problems in health informatics, geosciences/remote sensing, computer vision, robot mapping and social sciences
https://chi.temple.edu/
Center for Hybrid Intelligence
Led by Professor Slobodan Vucetic, center explores software that has intelligent behavior and can enhance human capabilities
https://templeefrc.org/john-perdew
Center for Materials Theory
Led by materials pioneer John Perdew, association of university faculty with a common interest in materials theory or density functional theory
http://www.cnc.temple.edu/index.html
Center for Networked Computing
Focused on network technology and its applications, advances development of network technology and its applications by combining resource of government, industry and academia
https://cst.temple.edu/institute-computational-molecular-science/home
Institute for Computational Molecular Science
Playing a central role in Temple's high performance computing for research, including bio-molecular modeling and drug discovery, computational materials design, computational and quantum chemistry, high-energy and particle physics, statistics and data analytics, bioinformatics and functional magnetic resonance imaging
https://igem.temple.edu/
Institute for Genomics and Evolutionary Medicine
Harnessing molecular evolutionary knowledge and tools to advance research, iGEM conducts fundamental research to first discover biological patterns and to elucidate processes that have generated these patterns over evolutionary time
https://shrodotorg.wordpress.com/
Sbarro Institute for Molecular Medicine and Cancer Research
Home to advanced research into cures for cancer, cardiovascular conditions and other diseases through the identification of underlying molecular mechanisms
https://tmi.temple.edu/
Temple Materials Institute
Exploring design, synthesis, characterization and modeling of advanced materials that will impact vitally important areas of energy, sustainability and national security, faculty also engage in activities that involve undergraduates as well as K-12 students and teachers in the Philadelphia region
https://cst.temple.edu/research-priorities-departments/centers-and-institutes
Two new research entities
Institute for Membranes & Interfaces, directed by Hai-Lung Dai, and Center for Viral Evolution, directed by Sergei Pond