AAS - 2024

The Winter American Astronomical Society (AAS) meeting is the largest meeting of professional astronomers in the world. NITARP educators attend an AAS first to meet their team, then they go home and work remotely for much of the year, and then attend an AAS to present their results. At any given AAS, then, we could have two NITARP classes attending - those finishing up, and those getting started. Reload to see a different set of quotes.

The 2023 and 2024 NITARP teams attended the 2024 January AAS meeting in New Orleans, LA. The 2023 class was presenting results and the 2024 class was starting up. We had alumni raise money to come back as well. We sent about 50 people to the AAS and had a grand time. Please see the press release on NITARP from the AAS, and the special online article about NITARP at the AAS. All of the posters we presented are here. (In addition to the iPoster sessions as listed here, the physical versions of the 2023 teams' posters were up at the IPAC booth all day Tuesday.)

2023 teams:

171.01 McKay et al., Young stellar students and objects: Illuminating astronomy research for students and teachers (Monday 5:30-6:30)
171.02 Hickey et al., Building Confidence and Combating Imposter Syndrome Through Student-Educator Research Projects (Monday 5:30-6:30)
171.05 Garcia et al., Reaching for the Stars: How Research Experience Has Expanded the Scope of a High School Astronomy Club (Monday 5:30-6:30)
181.01 Kuper et al., Looking for Young Stellar Objects in Obscure Sharpless Regions (Monday 5:30-6:30)
201.05 Carpenetti et al., Building a Catalog of AGN with Erroneous Parallaxes Using WISE and Gaia (Tuesday 9-10)

Alumni:

167.01 Sperling et al., Student-Led High Altitude Ballooning into Solar Eclipses (Monday 5:30-6:30)
171.03 Rebull et al., NITARP Lesson Plans: Bite-Size Pieces of Authentic Science Research Experiences (Monday 5:30-6:30)
171.06 Newland, Using Google Colab to Teach Hubble-Lemaitre's Law with BOSS Data (Monday 5:30-6:30)
176.02 Rebull et al., Young Stellar Object Candidates in IC 417 (Monday 5:30-6:30)
203.03 Wojciak et al., Exploring Color-Magnitude Relationships Among Quasars with z between 1.5-1.75 (Tuesday 9-10)
458.21 Jones & Rutherford, The Three-Dimensional Structure of IC 2391 (Thursday 1-2)

Quotes

The most interesting thing I did (fyi, this is like picking between ice cream sundaes and chocolate cake for dessert) was listening to the students present their posters at the iPoster sessions and the IPAC booth. What was interesting to me was their absolute ownership of the work which I am excited about for my own students (as well as for myself). I also enjoyed learning about the science and process behind their work.
The astronomers I met are so down to earth and willing to explain things to me.
For me, the uncertainty associated with some of the data was surprising. In a chemistry context, where the researcher has control of the sample the data is much more direct, associating peaks in spectra with structure in the molecules is very direct. The idea that we are starting a project with a catalog of AGN, but are only 90% sure that the objects are AGN (R90) surprised me as I usually think of astronomy as much more mathematical and underestimate the differences in how data is collected compared to chemistry.
I am already going back to graduate school at least partly as a result of participating in NITARP. I have felt encouraged to look to other opportunities for professional development projects. I’d like to continue and build on the learning I’m experiencing as part of NITARP.
[student:] After NITARP, I have a clearer idea of what the future as an astrophysicist may look like and I am more prepared with experience to reach my career goals.

AAS - 2024

Quotes

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