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All Kepler Education Projects
The investigations on this page support International Year of Astronomy (2009) and are aimed at high school classrooms. They are from the Hands-On Universe project high school curriculum book A Changing Cosmos, which is now available part of the Global Systems Science curriculum series (http://lhs.berkeley.edu/gss). These investigations are © 2008, 2009 by the Regents of the University of California and may be reproduced for nonprofit educational use.
The Hands-On Universe (HOU) project enables middle school and high school students to investigate the universe while applying tools and concepts from science, math, and technology. There are two levels of technological aptitude achievable through the HOU investigations:
- Students, with the aid of user-friendly image processing software, analyze previously collected and prepared observations from the HOU telescope network. These astronomy lab investigations highlight and illustrate central concepts in astronomy.
- Students participate in current student astronomy research projects, downloading requested observations via the Internet through a network of telescopes and analyze them with image processing software.
HIGH SCHOOL:
Below are two sample investigations from the latest revision of HOU high school curriculum, A Changing Cosmos, based on material developed by TERC (a non-profit education institute in Boston, MA), both of which require HOU Image Processing software:
- Tracking Jupiter's Moons
- Investigation - 260 kb PDF — students use image processing software to analyze observatory images of Jupiter and its moons. Students determine the relationship of orbital radius and period, then use Newton's and Kepler's laws to compute the mass of Jupiter.
- Get Image Processing software HOU IP 2.0
- Download Jupiter's Moons FITS image set (250 kb zip compressed archive) required for this investigation. ALERT: As better and better HOU Jupiter images become available, the download set link here may differ from what's written in the investigation write-up in terms of filenames and even number of images available.
- Exoplanet Transits
- Investigation - 600 kb PDF - Students use telescope images, image processing software, and data from the Internet to determine the size and orbital period of an exoplanet. It also includes ideas mining data on transits of short-period giant planets and eclipsing binary stars.
- Get Image Processing software HOU IP 2.0
- Download Exoplanet Transit FITS image set (8.5 mb zip compressed archive) required for this investigation.
MIDDLE SCHOOL
The lastest revision of HOU middle school work is now called Solar System Science, and also requires/allows students to use image porcessing software available on Global Systems Science (GSS) software download page.
HOU and TransitSearch.org
HOU collaborates with Transitsearch.org, which helps amateur astronomers to properly configure telescopes for reliably detecting exoplanet transits--the periodic dimming that occurs when a close-in giant planet passes in front of its parent star as seen from Earth. In 2007, Transitsearch.org participants discovered that the planet HD 17156 b transits its parent star with a three-week orbital period, at that time by far the longest-period transiting planet discovered. More recently, in February 2009, Transitsearch.org observers participated in the discovery of the transit of HD 80606 b, an unusual world that has by far the longest orbital period of any known transiting planet, and is a prime target for follow-up by large telescopes from ground and space.
High school astronomy teachers and students, like amateur astronomers with small-telescope observers will have the opportunity to make cutting-edge contributions to exoplanet research.
http://www.transitsearch.org/
In 2003, HOU concluded a NSF-funded research project to determine the effectiveness of professional development by distance learning versus live workshops. Results of this research helps guide effective dissemination strategies not only for HOU, but inform other programs through LHS-HOU involvement in the NASA Origins Education Forum. The research conclusions indicate that distance learning is a viable strategy for teacher education, when effectiveness is measured by achievement of students of those teachers. HOU is also engaged in NSF-funded project to create a remote telescope museum exhibit, the Real Astronomy Experience (RAE). Front-end, formative, and summative evaluation for HOU Kepler EPO is being done by LHS Research, Evaluation, and Assessment (REA) team.
Impact: Availability of the revised HOU module is announced to the approximately 700 HOU teachers around the country, and is intrinsically available in the HOU high school curriculum materials through HOU teacher workshops and for purchase through the HOU website. As of Fall 2008, A Changing Cosmos is being marketed as part of Global Systems Science as a CD-ROM included with the high school science text Global Science, by John Christensen, published by Kendall/Hunt.
All Kepler Education Projects
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