"Robert Paton, a professor of chemistry at Colorado State University, was awarded the inaugural Fixman-Ladanyi Professorship in Chemistry... “Rob is becoming ‘the’ person sought after for collaboration in computational organic chemistry. He is a dedicated and thoughtful teacher, and he is a valuable department citizen. Dr. Paton’s well-rounded excellence sets a high standard for the Fixman-Ladanyi Professorship.”"
Even as Colorado State University Professor Amy Prieto continues to commercialize a fast-charging battery that’s being touted as a game-changer for everything from electric vehicles to power tools, she’s continuing to educate the next generation of innovators inside her lab in the Chemistry Building.
Colorado State University Department of Chemistry Professor Delphine Farmer and her team of researchers recently received a $1.2 million grant from the W.M. Keck Foundation to investigate the chemical compounds floating through our indoor spaces.
A new study led by Colorado State University is one of the first to document climate adaptation at the genomic level in a wild population.
CSU biologist Kate Wilsterman is working to understand how the physiology of pregnancy has evolved and diversified across mammals – in particular, she’s interested in species’ adaptive strategies for dealing with the effects of high elevations, where oxygen is less abundant.
Winning projects include virtual forest bathing, heat island mapping, and a data visualization tool even your grandma can use.
More than 25 years of climate and biological data reveal shorter hibernation periods and differences between male and female hibernation periods.
Using lasers, supercooled hydrogen and radio frequency electromagnetic waves, the researchers characterized the magnetic interaction between the proton and electron in a hydrogen atom.
The CSU-led team has devised a new chemical strategy that delivers specifically designed small molecules called universal dynamic crosslinkers into mixed plastic streams.
Writing in PNAS, the researchers showed that extremely thin films of molybdenum disulfide display unprecedented charge carrier properties that could someday drastically improve solar technologies.