Chris Smith (professor)

Chris Smith is an associate professor of biology at Willamette University in Salem, Oregon, United States. In 2013 he received a grant for his work studying the relationship between yucca moths and yucca trees.

Chris Smith
Born
Christopher Irwin Smith
OccupationAssociate Professor of Biology; Department Chair
Known forStudy of yucca moths and yucca trees
Notable work
Coevolution of Joshua trees and their Pollinators

Background

In 2013, Smith received a National Science Foundation CAREER award of $850,000[1] for his work studying the co-evolution of yucca trees and their pollinators, yucca moths.[2] He had the distinction of being the university's first faculty member to receive a CAREER award.[3]

With Emily Drew, Smith also teaches the interdisciplinary course "Race, Racism, and Human Genetics",[4][5] which examines how scientific endeavors had been affected by racial outlooks. The course originated from a discussion Smith and Drew had on the topic in 2012.[6]

Study of yucca and joshua trees

Smith has studied the northward migration of yucca and joshua trees, and the possible hybridization of the Eastern and Western varieties, either of which may be related to climate change.[7][8]

Challenging views on race

Smith is an advocate for the dismantling of racist pseudoscientific beliefs.[9] On October 8, 2012, he and fellow Willamette associate professor Emily Drew, an anti-racism workshop facilitator, led a discussion on the misrepresentation of race and racial differences, presented at the Bagdad Theater and Pub in Portland, Oregon.[10][11]

gollark: I would mine things, but the fans would be loud and I don't want to contribute to a deranged zero sum (negative sum really) mess.
gollark: If I remember right they now use proof of work based on executing randomly generated programs.
gollark: You can run any quantum computing stuff on a regular computer. It just might be unusably slow.
gollark: This is done by making it so that they require large amounts of memory (I think this is mostly an issue for FPGAs though?) or basically just general purpose computation (regular CPUs are best at this) or changing the algorithm constantly so ASICs aren't economically viable.
gollark: The ASICs do that very fast. Some currencies are designed so that ASICs are impractical.

References

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