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The High Energy Astrophysics Science Archive Research Center (HEASARC) is the
primary archive for NASA's (and other space agencies') missions studying
electromagnetic radiation from
extremely energetic cosmic phenomena ranging from
black holes to the Big Bang. Since its
merger with the Legacy Archive for Microwave Background Data Analysis
(LAMBDA) in 2008, the HEASARC
archive contains data
obtained by high-energy astronomy missions observing in the
extreme-ultraviolet (EUV), X-ray, and gamma-ray bands, as well as data from
space missions, balloons, and ground-based facilities that have studied the
relic cosmic microwave background (CMB) radiation in the sub-mm, mm and
cm bands.
The HEASARC is a member of the NASA Astronomical
Virtual Observatories (NAVO) where we work with other NASA archives to
ensure comprehensive and consistent VO access to NASA mission datasets.
Users may now query the HEASARC's catalogs using VO-enabled services and
specialized tools. This page describes
how to get to the HEASARC VO-enabled
services and provides information on other HEASARC VO activities.
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Latest News
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- Swift SC CALDB updated (18 Sep 2023)
The Swift SC caldb has been updated to version 20230918 ...
- NASA Hubble Fellowship Program (NHFP) Now Accepting Applications (18 Sep 2023)
The NHFP supports promising postdoctoral scientists
performing independent research that contributes to NASA
Astrophysics. The research may be theoretical,
observational, and/or instrumental.
The Announcement of Opportunity, which includes detailed program
policies and application instructions, is available at the website. The application submission page will be open from September 5 until November 2, 2023.
- NuSTAR Caldb Update (18 Sep 2023)
The NuSTAR FPM caldb was updated to version 20230918. This release includes a new clock correction file, v168. Please see the release notes for more details.
- The end of the critical operation period and the start of commissioning for XRISM (11 Sep 2023)
JAXA announced the end of the critical operation
period, which is the period after the separation of the satellite
from the launch vehicle until the satellite can maintain a stable and
safe condition. XRISM has entered the commissioning period, which will last about three months to verify the functions of the satellite's onboard equipment.
- NuSTAR Caldb Update (09 Sep 2023)
The NuSTAR FPM caldb was updated to version 20230906. This release includes a new clock correction file, v167. Please see the release notes for more details.
- NuSTAR Caldb Update (09 Sep 2023)
The NuSTAR FPM caldb was updated to version 20230906. This release includes a new clock correction file, v167. Please see the release notes for more details.
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HEASARC News
Upcoming Dates & Deadlines
Upcoming Astronomy Meetings
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