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Beyond the Spectrum: XRISM Launches To Study the Universe in Different Colors of X-Rays

Data to reveal flows of matter and energy close to black holes and the elemental makeup of the universe. On September 6, a new satellite departed Earth to tell us about the motions of hot plasma flows in the universe. Launched from Tanegashima Space Center in Japan, the X-Ray Imaging and Spect

Japan generalJean lachatStanfordi zhuravlevaClare boothe luceIrina zhuravlevaAerospace exploration agencyEuropean space agencySpectroscopy missionA new frontier in space researchTanegashima space centerUniversity of chicagoX ray imagingSecretive zodiac signsVirgo galaxy clustersChandrax ray observatoryClare boothe luce assistant professor

XRISM satellite launches to study the universe in different colors of X-rays

XRISM satellite launches to study the universe in different colors of X-rays
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Japan generalClare boothe luceIrina zhuravlevaStanfordi zhuravlevaGoddard space flight center conceptual image labEuropean space agencyTanegashima space centerUniversity of chicagoSpectroscopy missionJapan aerospace exploration agencyX ray imagingEuropean spaceClare boothe luce assistant professorChandrax ray observatory

Are the missing baryons simply too hot to see?

There are two types of missing, or "dark" matter: baryonic (made of normal matter) and non-baryonic. Have we finally found the normal stuff?

United statesJoseph depasquale stscTom abelIrvinet fangGlrx wikimedia commonsTsaghkyan wikimedia commonsKailash sahu stscDavida aguilarStanfordi zhuravlevaRalf kaehlerIllustris collaboraitonMax planck institute for astrophysicsNational accelerator laboratoryExtreme deep fieldOliver hahnMilky way