window.dataLayer = window.dataLayer || []; function gtag(){dataLayer.push(arguments);} gtag('js', new Date()); gtag('config', 'UA-29484371-30');
Tuesday , October 16 2018
728×90 pluck b
Home | Tag Archives: Skye Fortier Ph.D

Tag Archives: Skye Fortier Ph.D

UTEP’s First Sloan Research Fellowship Awarded to Chemistry Assistant Professor

An assistant professor at The University of Texas at El Paso is the campus’ first-ever recipient of the Sloan Research Fellowship.

Skye Fortier, Ph.D., of UTEP’s Department of Chemistry and Biochemistry, was named one of 126 winners of the top prize of the Alfred P. Sloan Foundation on Thursday. The fellowship is a highly regarded honor that recognizes early-career scholars whose achievements mark them as the next generation of scientific leaders.

The list was announced Thursday, February 15, with a full-page advertisement in the New York Times. Fortier will receive $60,000 to further his research in synthetic and organic chemistry.

“Being named a Sloan Research Fellow is a tremendous honor,” said Robert Kirken, Ph.D., dean of the College of Science. “For Dr. Fortier, this is a testament to his capabilities as a scientist. This award means his work has stood out from among the top researchers in the country. The Sloan Foundation considers him to have the potential to become the next great leader in his field. That is exciting news for him and an amazing opportunity for UTEP.”

The Sloan fellowship is open to scholars in eight scientific and technical fields – chemistry, computer science, economics, mathematics, computational and evolutionary molecular biology, neuroscience, ocean sciences and physics.

Candidates must be nominated by their fellow scientists and winning fellows are selected by independent panels of senior scholars on the basis of each candidate’s independent research accomplishments, creativity and future potential.

Fortier said that the recognition would not have been possible if not for his student researchers.

“Even though this is the research program that I developed, none of it would ever be executed without the students that are in my laboratory,” he said. “We, of course, have great faculty, but we also have phenomenal students. They’re the ones executing this research; they’re the ones doing the hard work. Together I think we make a really powerful team.”

Fortier said the money he will receive as a Sloan recipient will facilitate the research activities he is conducting to make metal-containing compounds. Fortier said he hopes to develop methods to create organo-metal molecules for new types of chemical reactions and new, low-cost, easy-to-manage catalysts that can be applied to various facets of science.

Fortier was nominated for the prize by associate professor Keith Pannell, Ph.D., his colleague in the Department of Chemistry and Biochemistry who was once his research mentor. Fortier worked in Pannell’s laboratory when he was an undergraduate student at UTEP in the early 2000s.

“It was clear to me from the first time I met him that he was an energetic young man,” Pannell said. “Skye was someone who could work, think and live inside the box as well as outside the box. That sort of creativity is rare. It is absolutely beautiful to see his success come to fruition.”

UTEP Assistant Professor Awarded $383k Grant for Study of Iron, Nitrogen

The National Science Foundation has awarded Skye Fortier, Ph.D., assistant professor in the Department of Chemistry, $383,000 over three years to take a closer look at the chemistry of iron and nitrogen.

Specifically, the project is developing new molecular architectures to access, trap, and study reactive iron-nitrogen molecules. The goals are to shed light on the steps of the nitrogen fixation cycle and to use lessons learned to develop important, new nitrogen compounds using earth-abundant iron.

In some soil bacteria, they possess an iron containing enzyme called nitrogenase which captures atmospheric nitrogen and converts it to a more reactive chemical form.  This bacterial process is impressive considering that the industrial transformation of dinitrogen into ammonia is an exceedingly energy intensive process.

Inspired by the role of iron in nature, in particular nitrogenase, the Fortier group has turned their sites to making new iron model compounds to learn more about the intermediates formed in the nitrogen fixation cycle.  They are targeting highly reactive iron-nitrogen compounds and using “super bulky” molecular scaffolds to capture these reactive molecules.

Their work will lead to new methods of iron mediated nitrogen transfer chemistry.

“The lessons that we learn will not only expand our fundamental knowledge of iron but will also give a peak into the chemistry that nature has done so well for so long,” explained Fortier.  “We are extremely thankful to the National Science Foundation for recognizing the importance of our work and providing crucial financial support for this project.”

The Fortier Laboratory in the Department of Chemistry specializes in the synthesis of metal containing molecules.  While people are most familiar with metals in their elemental form, as in hard and shiny coins, metals actually play an important chemical and biological role.

In the human body, the iron containing molecule hemoglobin transports oxygen through our blood while the iron enzyme cytochrome P450 in our livers are important for drug metabolism.

728×90 pluck b