Difference between revisions of "Entry-Level Research Projects"
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[https://docs.google.com/presentation/d/1XtLABn0jtDm4sZn-0mVwecFsu5oBKI-vD_5PMUcwgb0/edit?usp=sharing YSO Data Analysis Project] - This is a slideshow that explains the YSOs data analysis project and provides the links to single star pages for AFGL490 and IC417. | [https://docs.google.com/presentation/d/1XtLABn0jtDm4sZn-0mVwecFsu5oBKI-vD_5PMUcwgb0/edit?usp=sharing YSO Data Analysis Project] - This is a slideshow that explains the YSOs data analysis project and provides the links to single star pages for AFGL490 and IC417. | ||
| − | Please note: The YSO Data Analysis Project that is outlined on this page is based on research done with real NITARP teams. This project models what it is like to analyze a real data set and come to conclusions based on scientific evidence. The most recent NITARP teams working on these kinds of projects yielded this journal article: [https://ui.adsabs.harvard.edu/abs/2023AJ....166...87R/abstract Young Stellar Object Candidates in IC 417] and this data delivery to IRSA: [https://irsa.ipac.caltech.edu/data/NITARP/IC417/overview.html IC 417]. If you are interested in doing a project that is more inquiry-based with less scaffolding, feel free to use the data and look at the journal article | + | Please note: The YSO Data Analysis Project that is outlined on this page is based on research done with real NITARP teams. This project models what it is like to analyze a real data set and come to conclusions based on scientific evidence. The most recent NITARP teams working on these kinds of projects yielded this journal article: [https://ui.adsabs.harvard.edu/abs/2023AJ....166...87R/abstract Young Stellar Object Candidates in IC 417] and this data delivery to IRSA: [https://irsa.ipac.caltech.edu/data/NITARP/IC417/overview.html IC 417]. If you are interested in doing a project that is more inquiry-based with less scaffolding, feel free to use the data and look at the journal article -- everything is open access, and the journal article includes (at the referee's insistence!) a rather long appendix that is almost a textbook, suitable for learning! An additional set of movies developed by Dr. Luisa Rebull for her NITARP teams that you might find useful for "freshening up" your background knowledge are: [https://www.youtube.com/playlist?list=PLjCjDYabTFm8pfXRQvUwZ8U5ddM3zw6sJ Filters, Mags, Colors, Oh My!], [https://youtu.be/3WNQUqTSRH8 NITARP: Crash Course in Star Formation] and [https://youtu.be/1Cip73i8voY NITARP Crash Course Patch: Star Formation], as well as [https://youtu.be/Mdr9K1DM89w NITARP: Crash Course in Infrared Missions]. |
Latest revision as of 15:23, 17 September 2024
If you have questions or need help, you can email binap@googlegroups.com and your question will go to the group of teachers that made these lessons.
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YSO Data Analysis Project - This is a slideshow that explains the YSOs data analysis project and provides the links to single star pages for AFGL490 and IC417.
Please note: The YSO Data Analysis Project that is outlined on this page is based on research done with real NITARP teams. This project models what it is like to analyze a real data set and come to conclusions based on scientific evidence. The most recent NITARP teams working on these kinds of projects yielded this journal article: Young Stellar Object Candidates in IC 417 and this data delivery to IRSA: IC 417. If you are interested in doing a project that is more inquiry-based with less scaffolding, feel free to use the data and look at the journal article -- everything is open access, and the journal article includes (at the referee's insistence!) a rather long appendix that is almost a textbook, suitable for learning! An additional set of movies developed by Dr. Luisa Rebull for her NITARP teams that you might find useful for "freshening up" your background knowledge are: Filters, Mags, Colors, Oh My!, NITARP: Crash Course in Star Formation and NITARP Crash Course Patch: Star Formation, as well as NITARP: Crash Course in Infrared Missions.
