Rotating titanium dimer molecule

Inorganic Chemistry Ā· University of Texas at El Paso

We are the Molecule Makers,
and We are the Dreamers of Dreams

Makers of Fine Molecules Since 2013

The Fortier Laboratory investigates fundamental inorganic chemistry with a focus on metals in unusual oxidation states and atypical coordination environments. Our work has broad relevance for challenging chemical transformations and energy applications.

We are especially adept in the synthesis, purification, crystallization, handling, and characterization of air- and water-sensitive molecules and paramagnetic complexes.

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35+
Peer-Reviewed Publications
12+
Years of Research
2
Patents & IP
3
Book Chapters
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Research Focus Areas

Our group pursues fundamental questions in inorganic and organometallic chemistry, with applications ranging from catalysis to energy science.

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Low-Valent Metal Chemistry

The Fortier Group has never encountered a metal it did not want to reduce. We investigate metals in unusually reduced oxidation states to access highly reactive species with unusual bonding and reactivity.


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Uranium and F-element Science

We investigate the structure, bonding, and reactivity of uranium and other f-element complexes to better understand the unique chemistry of the actinide series.


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Ligand Design

We design and synthesize sterically demanding and electronically tunable ligands to stabilize highly reactive metal centers and unusual bonding motifs.


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Recent Publications