Episodios
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This summer, Emerson Bentley ‘25, delved into the fascinating world of astrophysics through an externship at the University of North Georgia’s Physics and Astronomy Department as part of the Advanced Science and Engineering Program (ASEP). Under the mentorship of Dr. Gregory Feiden, Bentley engaged deeply with stellar rotational evolution models, focusing on a specific phenomenon known as the late-stage stalling epoch. She was tasked with her own project, researching and experimenting with stellar rotational evolution models to show how a star's rotation evolves throughout its lifetime. During her four-and-a-half-week internship, Emerson engaged in a myriad of unique experiences, from researching to collaborating with professors across all disciplines of STEM.
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In today's episode, we discussed the cosmic distance ladder. From planets in our solar system to objects millions of lightyears away, the elements of the cosmic distance ladder are vital to discovering their distances. Watch this episode to discover how scientists determine some of the secrets of the universe. Remember we are not experts, however, we endeavor to collect all our research and facts from reliable sources or resident experts.
Our Sources:
Introduction to Cosmology
Book by Barbara Ryden
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Do you ever look up to the night sky and see what appears to be an infinite amount of bright dots staring back at you? Do you ever curiously question how these bright stars came to be in the first place, and what will eventually become of them? Well lucky for you in today's episode we discuss in-depth the life cycle of a star and break down the different phases of a star's evolution process. From nebula to protostar, through the main sequence phase to red giant phase before ending as a white dwarf, neutron star, or a black hole, join us today on our journey through the cosmos to learn more about our stellar neighbors.
We apologize for the quality of the audio as we are on Zoom, and promise it will improve soon! Remember we are not experts, however we endeavor to collect all our research and facts from reliable sources or resident experts.
All our information in this episode is taken from: https://science.nasa.gov/universe/stars/
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We are back again to share the news of an exciting discovery in Omega Centauri, a possible intermediate-mass black hole. This discovery is of significant importance in the field of astronomy. In this episode, we quickly overview what a black hole is (however, we will go more in-depth in many topics discussed in the episode in future episodes) and then analyze the article in the Nature journal written by Maximilian Häberle and collaborators titled, “Fast-moving stars around an intermediate-mass black hole in ω Centauri.” We highlight the significance of this discovery, how they used Hubble images and proper motion measurements to calculate high-velocity stars, other possible explanations, and more! We apologize for the quality of the audio as we are on Zoom, and promise it will improve soon! Remember we are not experts, however we endeavor to collect all our research and facts from reliable sources or resident experts.
All our information in this episode is taken from: https://www.nature.com/articles/s41586-024-07511-z
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In today's episode we discuss everything about exoplanets from what they are to our favorite specific discoveries so far. Learn more about life beyond Earth and how scientists use exoplanet research to understand our own world in this episode. We apologize for the quality of the audio, and promise it will improve soon! Remember we are not experts, however we endeavor to collect all our research and facts from reliable sources or resident experts.
Our Sources:
https://science.nasa.gov/exoplanets/how-we-find-and-characterize/
https://news.stanford.edu/stories/2021/01/stanford-explainer-exoplanets-earths#Upcoming-Excitement
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In this episode we discuss the formation of our solar system from start to finish and why things are the way they are! We also babble about characteristics of our own planet and compare them to that of other planets. Remember we are not experts, but endeavor to collect all our research and facts from reliable sources or resident experts. Our information for this episode comes from a lesson by our astronomy professor. Turn on notifications and give our podcast a like if you enjoyed the episode.
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Today, we are discussing the total solar eclipse that occurred on April 8th, 2024, and diving into the science behind the eclipse. We babble about what we observed, the sunspot cycle, other types of eclipses, and more. We hope you enjoy our first episode! Stay tuned and follow along for more content.
We could see the eclipse in person, so much of this information is first-hand experience. The other information we talked about in our astronomy class and looked up on trusted Google sources. Below is a list of our sources:
https://science.nasa.gov/eclipses/types/
https://www.exploratorium.edu/eclipse/what-is-a-solar-eclipsehttps://www.timeanddate.com/eclipse/hybrid-solar-eclipse.html
