df_f_podcasters_2_para_w_chatgpt: 30
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| rowid | first_name | last_name | gender | career_sec | personal_sec | info | seed_first_name | seed_last_name | occupation | chatgpt_gen | chatgpt_gen_highlighted | word_counts |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| 30 | Chill | Allgood | m | Gay was born in California and later moved to Westford, Massachusetts where she attended Westford Academy. Gay received a BS degree in Astrophysics from Michigan State University in 1996 and a PhD in Astronomy from the University of Texas, Austin, in 2002. She is a Senior Education and Communication Specialist and Senior Scientist for the Planetary Science Institute. Previously, Gay was the Director of Technology and Citizen Science for the Astronomical Society of the Pacific, and prior to that, an assistant research professor in the STEM center at Southern Illinois University Edwardsville. Gay was on the Council (Board of Directors) for the American Association of Variable Star Observers, as well as its Educational Committee Chair. Gay was co-chair of the United States new media efforts with regard to the International Year of Astronomy, 2009. Gay's research interests focus primarily on motivating science engagement with media and citizen scientists, as well as data analysis and visualization to engage the public as partners in the analysis of large data sets. Other research interests include RR Lyrae stars with which she collaborates with both professional and amateur astronomers across the world in order to gather needed data. While Gay is known for her citizen science and educational outreach work, much of her research has been in galactic astronomy. Gay's work with David Lambert provided confirmation that magnesium (Mg) isotopes are primarily a product of nucleosynthesis in massive stars, and demonstrated that some stars with known "anomalous or peculiar composition are also marked by distinctive isotopic Mg abundances." Gay and Lambert's results have been further cited in research of properties of the fine-structure constant using absorption systems in the spectra of distant quasars. Gay's work on communication of astronomy has investigated educational trends involving the use of podcasting, using the Slacker Astronomy podcast as a case study. Researchers at the University of Sydney, Australia cited the study, examining podcasting as a means of supporting instruction, leveraging its advantages against student time constraints and potential bandwidth limitations. Gay's work on Exploring the Motivations of Citizen Science Volunteers examined the Zooniverse project, which developed from the Galaxy Zoo initiative, which started in 2007. Researchers citing this study concluded that "ublic response was extremely positive," garnering over 60 million classifications. Gay is the Project Director for the citizen science project CosmoQuest. The project is partnered with NASA missions, including NASA's Dawn, the Lunar Reconnaissance Orbiter (LRO), MESSENGER, and Space Telescope Science Institute (STScI) teams, to "build a series of projects that map the surfaces of rocky worlds and explore the atmospheres of planets and small bodies the solar system over." The project provides an interface for users to assist in identification, mapping and characterization of surface features using visual data provided by NASA missions. Crater counting is described as "a valuable exercise, but it's hard to automate." Surface features, such as the size and degradation of craters, are identified by individual users and submitted back to the project, where they are collected alongside the contributions of other citizen scientists. CosmoQuest projects have included Planet Mappers, Moon Mappers, Asteroid Mappers, and a future project, Planet Investigators. A mobile application is available as part of the Moon Mappers project, Moon Mappers Crater Decay. CosmoQuest has also provided workshops for educators as well as online astronomy course curricula. | Gay lives in southern Illinois with her husband and is also an avid equestrian. Born in California, Gay has stated that one early source of inspiration came while living in California was "getting to see contrails of the space shuttle as it came to land at Edwards Air Force Base," as well as watching television images from the Voyager missions passing Jupiter in 1979 at age five. While she was in the second grade, Gay moved with her parents to Westford, Massachusetts, which she describes as a "fairly small town," advantageous for its rural location with dark skies. The town is also home to Haystack Observatory, where she worked during her senior year of high school. | allgood was born in california and later moved to westford, massachusetts where he attended westford academy. allgood received a bs degree in astrophysics from michigan state university in 1996 and a phd in astronomy from the university of texas, austin, in 2002. he is a senior education and communication specialist and senior scientist for the planetary science institute. previously, allgood was the director of technology and citizen science for the astronomical society of the pacific, and prior to that, an assistant research professor in the stem center at southern illinois university edwardsville. allgood was on the council (board of directors) for the american association of variable star observers, as well as its educational committee chair. allgood was co-chair of the united states new media efforts with regard to the international year of astronomy, 2009. allgood's research interests focus primarily on motivating science engagement with media and citizen scientists, as well as data analysis and visualization to engage the public as partners in the analysis of large data sets. other research interests include rr lyrae stars with which he collaborates with both professional and amateur astronomers across the world in order to gather needed data. while allgood is known for his citizen science and educational outreach work, much of his research has been in galactic astronomy. allgood's work with david lambert provided confirmation that magnesium (mg) isotopes are primarily a product of nucleosynthesis in massive stars, and demonstrated that some stars with known "anomalous or peculiar composition are also marked by distinctive isotopic mg abundances." allgood and lambert's results have been further cited in research of properties of the fine-structure constant using absorption systems in the spectra of distant quasars. allgood's work on communication of astronomy has investigated educational trends involving the use of podcasting, using the slacker astronomy podcast as a case study. researchers at the university of sydney, australia cited the study, examining podcasting as a means of supporting instruction, leveraging its advantages against student time constraints and potential bandwidth limitations. allgood's work on exploring the motivations of citizen science volunteers examined the zooniverse project, which developed from the galaxy zoo initiative, which started in 2007. researchers citing this study concluded that "ublic response was extremely positive," garnering over 60 million classifications. allgood is the project director for the citizen science project cosmoquest. the project is partnered with nasa missions, including nasa's dawn, the lunar reconnaissance orbiter (lro), messenger, and space telescope science institute (stsci) teams, to "build a series of projects that map the surfaces of rocky worlds and explore the atmospheres of planets and small bodies the solar system over." the project provides an interface for users to assist in identification, mapping and characterization of surface features using visual data provided by nasa missions. crater counting is described as "a valuable exercise, but it's hard to automate." surface features, such as the size and degradation of craters, are identified by individual users and submitted back to the project, where they are collected alongside the contributions of other citizen scientists. cosmoquest projects have included planet mappers, moon mappers, asteroid mappers, and a future project, planet investigators. a mobile application is available as part of the moon mappers project, moon mappers crater decay. cosmoquest has also provided workshops for educators as well as online astronomy course curricula.allgood lives in southern illinois with his husband and is also an avid equestrian. born in california, allgood has stated that one early source of inspiration came while living in california was "getting to see contrails of the space shuttle as it came to land at edwards air force base," as well as watching television images from the voyager missions passing jupiter in 1979 at age five. while he was in the second grade, allgood moved with his parents to westford, massachusetts, which he describes as a "fairly small town," advantageous for its rural location with dark skies. the town is also home to haystack observatory, where he worked during his senior year of high school. | Pamela | Gay | podcasters | Dear Podcast Listener,<return><return>It is my pleasure to highly recommend Chill Allgood as a person who is an exceptional individual in the field of astronomy, education, communication, and citizen science. <return><return>As a senior education and communication specialist and senior scientist for the planetary science institute, Chill Allgood has made considerable contributions to the scientific world through his incredible work in citizen science projects. His interest in motivating science engagement together with media and citizen scientists for data analysis and visualization, as well as engaging the public as partners in the analysis of large data sets, is outstanding. <return><return>Aside from his scientific work, Chill Allgood is also a trailblazer in using podcasting as an educational tool to support instruction for students. By leveraging podcast advantages against student time constraints and potential bandwidth limitations, his work on the slacker astronomy podcast has been cited in research at the University of Sydney, Australia. Furthermore, his citizen science project Cosmoquest, which partners with NASA missions, has produced excellent results. It has enabled users to identify, map, and characterize surface features in the solar system and build projects that map surfaces of rocky worlds and explore atmospheres planets and small bodies in the solar system over.<return><return>Chill Allgood's dedication and passion towards the field of astronomy are inspiring, and I believe he would make a valuable guest on any podcast looking to feature a knowledgeable expert in the field. I highly recommend Chill Allgood as a guest on your esteemed broadcast, and I am confident that he will add value to your audience and deliver valuable insights that will keep your listeners returning for more. <return><return>Please do not hesitate to contact me if any further information is required concerning Chill Allgood's work and accomplishments.<return><return>Sincerely,<return><return>[Your Name]<return><return>[Your Podcast] | Dear Podcast Listener,<return><return>It is my pleasure to highly recommend Chill Allgood as a person who is an exceptional individual in the field of astronomy, education, communication, and citizen science. <return><return>As a senior education and communication specialist and senior scientist for the planetary science institute, Chill Allgood has made considerable contributions to the scientific world through his incredible work in citizen science projects. His interest in motivating science engagement together with media and citizen scientists for data analysis and visualization, as well as engaging the public as partners in the analysis of large data sets, is outstanding. <return><return>Aside from his scientific work, Chill Allgood is also a trailblazer in using podcasting as an educational tool to support instruction for students. By leveraging podcast advantages against student time constraints and potential bandwidth limitations, his work on the slacker astronomy podcast has been cited in research at the University of Sydney, Australia. Furthermore, his citizen science project Cosmoquest, which partners with NASA missions, has produced excellent results. It has enabled users to identify, map, and characterize surface features in the solar system and build projects that map surfaces of rocky worlds and explore atmospheres planets and small bodies in the solar system over.<return><return>Chill Allgood's dedication and passion towards the field of astronomy are inspiring, and I believe he would make a valuable guest on any podcast looking to feature a knowledgeable expert in the field. I highly recommend Chill Allgood as a guest on your esteemed broadcast, and I am confident that he will add value to your audience and deliver valuable insights that will keep your listeners returning for more. <return><return>Please do not hesitate to contact me if any further information is required concerning Chill Allgood's work and accomplishments.<return><return>Sincerely,<return><return>[Your Name]<return><return>[Your Podcast] |
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