Magazine article Diverse Issues in Higher Education

Fun with Physics

Magazine article Diverse Issues in Higher Education

Fun with Physics

Article excerpt

Dr. Gerardo Dominguez's work explores natural phenomena.

Dr. Gerardo Domínguez says that one cannot ignore one's own personality. His push to excel academically was fueled by a desire for respect, something not necessarily afforded to a poor Hispanic kid growing up in Los Angeles - except from his teachers, who as a whole, granted him respond due to his academic successes. It was a 6th-grade science teacher who nurtured his sense of wonder about the natural world.

According to Domínguez, "He taught me that science is weird and fun, and it was then that I was hooked!" In high school, he encountered only very basic quantum mechanics in an AP chemistry class. He read a textbook for fun and was eager to learn where the formula for the energy levels of hydrogen came from. The footnote about the solution to a wave equation was beyond the scope of the book and the seed for majoring in physics had been planted.

Dominguez's passion for science is driven by a desire to understand why the universe is the way it is. Looking back, he realizes that during his elementary school years, his fascination with non-fiction books about volcanoes, dinosaurs and icebergs makes sense.

"I am interested in understanding how our solar system and other planetary systems like ours form. ... To try and understand this puzzle, I am performing laboratory experiments to better understand atomic and molecular processes that occur on cold dust grain surfaces found in outer space," Domínguez says.

According to Dr. Katherine A. Kantardjieff, dean of the College of Science and Mathematics at California State University at San Marcos, "Dr. Domínguez is no stranger to pushing the limits of science.

His research utilizes a combination of physics and chemistry to investigate changes in isotope ratios in natural systems. He has explored a diverse set of phenomena, from the thermal histories of lava to the long-range transport of pollution, to the chemical composition of comets and meteorites. Additionally, Domínguez is the principal investigator of a NASA-funded, multi-million-dollar project at the University of California, San Diego, where he and his team of researchers are developing a new infrared nanoscope to study meteorite samples and explore the plasmonic properties of graphene, which may someday replace silicon in electronics.

As the first in his family of firstgeneration Mexican immigrants to graduate from college, Dominguez is uniquely able to connect with students at CSUSM, many of whom are first-generation college students and/or Hispanic. …

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