Difference between revisions of "Coherent ideas of what to do with these pieces"
m |
m |
||
| Line 40: | Line 40: | ||
[[Now what?]] So you've finished your year of NITARP and are looking for what's next... | [[Now what?]] So you've finished your year of NITARP and are looking for what's next... | ||
| + | |||
| + | = Vandana's brainstormed list= | ||
| + | xx just sent me this page, which should have a syllabus: https://sites.google.com/a/siena.edu/observational-astronomy/ | ||
| + | Some ideas: | ||
| + | She has a lab about CCDs. Might be interesting to show how IR data collection is different. (I'm embarrassed by how little I know!) | ||
| + | 2:38 | ||
| + | 2. How do observing strategies in the IR differ from observing strategies in the optical? | ||
| + | 2:43 | ||
| + | 3. Optical measurements of SFRs can miss a lot of the action. | ||
| + | 4. The resolution in the IR is different than the optical. What should the resolution of Spitzer be? Go get the images. Measure the PSF. Did you get what you expected? | ||
| + | 5. How does a galaxy's morphology depend on resolution? | ||
| + | I wonder if JWST already has tutorials like these? I'm focusing on galaxies because I'm assuming the NITARP ones focus more on stars? I need to look! | ||
| + | In general, she's not that interested in teaching her students HOW TO GET DATA. That part should be incidental to the topics above, which she said would be the kind of thing she wants them to learn. | ||
| + | Her link also includes a link to courses at other schools: https://sites.google.com/a/siena.edu/observational-astronomy/lab-resources/courses-at-other-schools | ||
| + | 6. Showing that stars are blackbodies? Except when they're not! | ||
| + | 7. Something about coordinate systems? | ||
| + | 8. Making color images that actually tell you the colors of stars? | ||
| + | 9. Comparing constellations with actual astronomical images? | ||
| + | 10. Planning an observing run, making a finder chart. | ||
| + | This professor actually teaches the Aladin interface explicitly: https://web.njit.edu/~gary/322/ | ||
| + | 11 Something about proper motions? https://web.njit.edu/~gary/322/assets/Lab_3.pdf | ||
| + | 12. Looking at ZTF light curves, https://web.njit.edu/~gary/322/assets/Lab_4.pdf | ||
| + | 13 Measuring the transit of an exoplanet https://www.physics.rutgers.edu/ugrad/344/Lab5.pdf | ||
| + | 14. Fundamentals of IR spectroscopy | ||
Revision as of 20:03, 31 July 2020
needs to be copied, updated, etc.
Simpler
dustier, messier Messier Marathon
3-color image where your own image is one of hte planes (astrometry.net if need be)
resolution worksheet(s)
find rotation periods for set of K2 LCs - throw in periodic/not, noisy/not, sinusoidal/not, single/multi period, EBs
Harder
- IC2118 project
- CG4 project
- Li-rich giants project
bookmarked from before
wise lesson plans?
SOFIA lesson plans?
Kepler lesson plans?
oh, god, all the "working with" pages from all my summer teams up to a few years ago.
Misc. Lesson Plans, Activities, and Useful Websites Please feel free to contribute. We do ask that you include your wiki signature (click on the username/date stamp button in the edit window) when submitting lesson plans and activities. This will help users of the site in the event they have questions. Also, when posting a website, please provide a brief description of the site along with the web link.
Future Research Project Ideas Here is a place to explore future research project ideas.
Now what? So you've finished your year of NITARP and are looking for what's next...
Vandana's brainstormed list
xx just sent me this page, which should have a syllabus: https://sites.google.com/a/siena.edu/observational-astronomy/ Some ideas: She has a lab about CCDs. Might be interesting to show how IR data collection is different. (I'm embarrassed by how little I know!) 2:38 2. How do observing strategies in the IR differ from observing strategies in the optical? 2:43 3. Optical measurements of SFRs can miss a lot of the action. 4. The resolution in the IR is different than the optical. What should the resolution of Spitzer be? Go get the images. Measure the PSF. Did you get what you expected? 5. How does a galaxy's morphology depend on resolution? I wonder if JWST already has tutorials like these? I'm focusing on galaxies because I'm assuming the NITARP ones focus more on stars? I need to look! In general, she's not that interested in teaching her students HOW TO GET DATA. That part should be incidental to the topics above, which she said would be the kind of thing she wants them to learn. Her link also includes a link to courses at other schools: https://sites.google.com/a/siena.edu/observational-astronomy/lab-resources/courses-at-other-schools 6. Showing that stars are blackbodies? Except when they're not! 7. Something about coordinate systems? 8. Making color images that actually tell you the colors of stars? 9. Comparing constellations with actual astronomical images? 10. Planning an observing run, making a finder chart. This professor actually teaches the Aladin interface explicitly: https://web.njit.edu/~gary/322/ 11 Something about proper motions? https://web.njit.edu/~gary/322/assets/Lab_3.pdf 12. Looking at ZTF light curves, https://web.njit.edu/~gary/322/assets/Lab_4.pdf 13 Measuring the transit of an exoplanet https://www.physics.rutgers.edu/ugrad/344/Lab5.pdf 14. Fundamentals of IR spectroscopy
