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This
website is directed to prospective graduate students. It describes my research
activities and opportunities for the study of pegmatites and related rocks
at the University of Oklahoma. The work that I sponsor here, however, pertains
to the most fundamental properties of granitic melts and the processes of
their crystallization and fractionation. Mineral-melt equilibria, non-equilibrium
processes, diffusion in melts, and crystal growth experiments are applicable
to igneous rocks in general, and they constitute the tools one needs to
understand the underlying principles that make pegmatites. These are (I
think) the most challenging rocks on Earth, and it is their complexity as
well as their beauty that drew me to them as an undergraduate student at
Wesleyan University. Students and visiting scientists
who have worked with me learn various tools of problem-solving, but perhaps
the most significant expertise I have to offer is a capable laboratory
and extensive experience in experimentation at elevated pressures and
temperatures. Seeing is believing, and when we develop testable models
that are then born out by experiments, we remove most doubt that plagues
the interpretive science of geology. Well-designed and well-executed experimental
geochemistry stands that test of time better than most other contributions.
Why Oklahoma? I could say it's because of a central location
to my field areas in California, Manitoba, and Connecticut. The truth
is, I'm an Okie, born & bred, and it's home. Come experience the good
life and immerse yourself in science.

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