| Astronomical Research Institute Hardin-Simmons University Hands-On Universe |
Asteroid Discoveries: |
Home page for International Astronomical
Search Collaboration (IASC): The International Asteroid Search Campaign (IASC) is a program for high school and college students who search real-time astronomical images for original discoveries. These discoveries include asteroids, near-Earth objects (NEO), Kuiper Belt objects (KBO), supernovae (SNe), and active galactic nuclei (AGN). Students download the images on a daily basis, perform the analysis with provided software tools, and report their discoveries, which ultimately are recognized by the Minor Planet Center (MPC; Harvard University) and the International Astronomical Union (IAU). Nov 2008. Current list of IASC discoveries and observations is at http://iasc.hsutx.edu/Discoveries. The number of new asteroid discoveries remains at 23 but the list of NEO observations is long and includes many of IASC students. The current campaign continues until December 5, 2008, and we expect still more original discoveries and important contributions to the measurements of the impact threatening near-Earth objects. 2008 Jun 13 Update From:
Patrick Miller: We have a list
of schools participating in the 2007-2008 asteroid
campaigns (plus one pilot supernova campaign). We've
changed the name of IASC from International Asteroid
Search Campaign to International Astronomical Search
Collaborative (still calling it "Isaac").
The plan is to completely develop the supernova search
campaign and including search campaigns for Kuiper
Belt objects and comets. March 2007 Here's what happens when parents get excited
about their kids finding asteroids--article in their
local paper (Sacramento, CA). Long quotes from Patrick
Miller, as well as Glenn Reagan and his students --
way to go! --Alan Click on image below to magnify. This program is brought to schools at no cost for either participation or the software as an educational service provided by the Astronomical Research Institute (ARI; Charleston, IL), Hardin-Simmons University (HSU; Abilene, TX), and Hands-On Universe (HOU; Lawrence Hall of Science; University of California, Berkeley). The software is provided by Astrometrica (Austria). During times of Moon-less skies, the ARI takes images along the ecliptic using its 0.81-m telescope. The following day these images are prepared and made available to the participating schools. The schools go to HSU Blackboard where they download the images and use the software package Astrometrica to produce a plate solution and identify all of the moving objects. Astrometrica checks to see which of the objects are found within the MPC database. Those objects not found are identified as new discoveries. In order to complete the discovery, the ARI must take a follow-up image within seven days. When this is completed, the MPC officially recognizes the discovery and credits the students having conducted the analysis. Search
campaigns are run for 30 days at a time. The
first was conducted October-November 2006 with five
participating schools. The
next campaign will be February-March 2007 with 15 participating
schools. A third campaign is scheduled for April-May
2007, again with 15 participating schools, not yet
selected. Work is being done during May-term 2007 and July 2007 at the Lawrence Berkeley National Laboratory to design a supernova search campaign using ARI images. Supernovae are considerably more difficult to find but a search campaign is tentatively planned for October-November 2007. Work is also underway to design a Kuiper Belt object search campaign. This campaign is tentatively planned for February-March 2008. A key goal of these campaigns is to establish ongoing astronomy research programs at high schools and colleges. These schools will be able to directly access the images from the Astronomical Research Institute on an ongoing basis, and integrate these searches into their science curriculums. Teachers interested in having their students participate in future asteroid search campaigns can contact J. Patrick Miller (e-mail, or 325-670-1393). J. Patrick Miller *More recently the Sierra Nevada Observatory (Spain) provided images from a 1.5 m telescope of Pluto-sized KBOs. HSU students analyzed these images building light curves for 2005 FY9, the third largest of these objects found 50 AU from the Sun. |
Lawrence Hall of Science | © Wednesday, 07-Jan-2009 17:55:03 PST Regents of the University of California | Updated Monday, 01-Dec-2008 13:58:51 PST