Ethics and nuclear physics bethel university gas laws


The oldest child of two Bethel Royals, Aidan Tollefson ’19 wasn’t convinced that Bethel was for him at first. He considered a number of private schools across the Midwest, and it took a conversation over coffee with Professor of Physics Keith Stein electricity lesson plans for 5th grade to realize that “Bethel had far and away the best physics program,” he recalls. He began working in the department before he even started as a student, doing research pro bono because his non-student status prevented him from e payment electricity bill maharashtra being paid for it.

Tollefson’s homeschool background had encouraged a deep curiosity and independence, so as a freshman, he dove into Bethel’s broad opportunities head-first. He joined cross-country and track and the Society of Physics Students. He got involved at his church, Catalyst Covenant. Even after dropping his music minor, he practiced piano and guitar regularly, journaling and reading and dabbling in camera reconstruction in his spare time. On a whim, he enrolled in an Introduction to Philosophy course that opened his eyes to studying the astrid y gaston lima menu english humanities formally. He fell in love with the discipline of philosophy—and how it intersected with his love of science.

Seeing his unique combination of interests and aptitudes, Peterson put Tollefson in touch with his former student, Dr. Randall Erickson, a global security programs leader and nuclear engineer at Los Alamos, about potential career paths there. Certain he needed a Research Experience for Undergraduates (REU) or two under his belt gas in dogs causes, by that time Tollefson had applied to 12 of the paid positions at labs across the country. So although he was offered an interview for an REU at Los Alamos almost on the spot, he had already accepted a summer position in nuclear physics at the University of Notre Dame. That experience, paired with extensive research at Bethel, made him 9gag instagram logo an appealing candidate for a longer-term, post-bachelor position at Los Alamos, which he was offered early his senior year.

“Aidan is inspiring to work with because he is not deterred in the least by adversity,” says Associate Professor Nathan Lemke ‘06, who worked with Tollefson on his senior research project, optimizing laser cooling and trapping of a gas of lithium atoms. “We’ve had several parts fail, including a water chiller that quite literally overheated and exploded—and been thwarted by other pieces of equipment. The fact is that progress in experimental science is always slow, and the work always appears too daunting. But through all gas stoichiometry lab that, Aidan has never expressed any doubt that this is what he wants to do and that he will reach the finish line. He is passionately curious, which is why I truly believe he will succeed f gas regulations r22 as a scientist after leaving Bethel.”

Tollefson becomes the sixth Bethel physics alumnus to be selected for a position at LANL, and he’ll be developing atomic detectors, which could help identify enriched uranium for the Department of Defense at international border crossings. After his position at LANL, Tollefson hopes to pursue graduate school, develop quantum-type technologies in a lab setting, and perhaps pursue diplomacy.

“My time at Bethel was 10 ethanol gas problems really quite transformative,” Tollefson says. “The faculty here really invest in students. That sounds cliché, but they’re here late. They help you study for your exams. It’s encouraging to have professors who want to know who you are. This environment creates students who are excited, rather than just blindly hoping that this field will provide an opportunity they find exciting gas oil ratio for weed eater. We’ve been given the foresight to know there’s exciting things going on in the industry—and we’ve been able to taste that here at Bethel. And there’s the background of sharing a faith-inspired worldview. At Bethel, students and faculty truly feel they have a higher calling.”