• NASA
  • IPAC

AAS - 2023

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 2022 and 2023 NITARP teams attended the 2023 January AAS meeting in Seattle, WA. The 2022 class was presenting results and the 2023 class was starting up. We had alumni raise money to come back as well. We sent about 30 people to the AAS and had a grand time. Please see the special article on NITARP at the AAS. All of the posters we presented are here:

2022 Teams:

Alumni:

  • Granucci, "Does a Solar Telescope generate more interest in astronomy than Night Observing Telescope?" (talk)
  • Kniezewski, "To Rain or Not to Rain: Correlating GOES Flare Class and Coronal Rain Statistics" (poster and press release; student alumna!)

Quotes

  • It was great feeling like we could actually ask questions and get real answers.
  • [NITARP] also changed my ideas about the people who are astronomers and how astronomy gets done. Astronomy, I realized, might be more dependent on other fields than any other branch of science (or study in general): you need geologists, physicists, chemists, biologists(!), meteorologists, and engineers to successfully pull off many astronomical projects. It’s important to build good relationships with these people who could make or break your project. Fortunately, it seems most of these people are passionate about what they do: they’re working there for a reason!
  • If I had a nickel for every time I’ve already referenced the content of our NITARP project in class as we talk about various topics, I’d have well north of a couple bucks. Even more important than the content, however, is the process. I’ve been teaching the scientific method for over 20 years, but have never formally done it in the form of scientific research. Well, that changed with NITARP. As I move forward, I plan on incorporating more authentic scientific research into my class, not always in formal research, but simply in regular labs and activities: I’ll try to get the students to ask questions, decide what data they need, good ways to collect and analyze that data, think about their results and come to conclusions, and then report their findings to others, just as we did in our project.
  • NITARP gives kids a chance to move from the staged, contained, constrained world of science demonstration and rote learning methodologies to the messy, chaotic, beautiful, and sometimes nonsensical world of real science. Kids get a chance to learn about pushing at the boundaries of human knowledge where astronomers have to use real world data that does not necessarily fit any previous theory about what is supposed to happen. Teachers and students have to learn about the technology and use their brains to consider the meaning of this data, looking for trends and similarities to tease out possible explanations.
  • I think even more important than my learning, was the impact it had on the student I worked with. I think the entire experience showed him what it really means to collaborate and work hard and persevere. You just can’t give students an authentic real world experience in a classroom. Participating in NITARP was as “real-world” as it gets, and I think he came away from this experience with a new appreciation for what it takes to do real science and work in a group.

Related Teams

AAS - 2023