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| content="The Latest NASA Released Webb Image is featured on this page. The James Webb Space Telescope's revolutionary technology will study every phase of cosmic history—from within our solar system to the most distant observable galaxies in the early universe. Webb’s infrared telescope will explore a wide range of science questions to help us understand the origins of the universe and our place in it. Seeking Light from the First Galaxies in the Universe Webb will directly observe a part of space and time never seen before. Webb will gaze into the epoch when the very first stars and galaxies formed, over 13.5 billion years ago. Ultraviolet and visible light emitted by the very first luminous objects has been stretched or 'redshifted' by the universe's continual expansion and arrives today as infrared light. Webb is designed to “see” this infrared light with unprecedented resolution and sensitivity. Exploring Distant Worlds and the Solar System Webb will also be a powerful tool for studying the nearby universe. Scientists will use Webb to study planets and other bodies in our solar system to determine their origin and evolution and compare them with exoplanets, planets that orbit other stars. Webb will also observe exoplanets located in their stars’ habitable zones, the regions where a planet could harbor liquid water on its surface, and can determine if and where signatures of habitability may be present. Using a technique called transmission spectroscopy, the observatory will examine starlight filtered through planetary atmospheres to learn about their chemical compositions." name="description"/ |
| content="The Latest NASA Released Webb Image is featured on this page. The James Webb Space Telescope's revolutionary technology will study every phase of cosmic history—from within our solar system to the most distant observable galaxies in the early universe. Webb’s infrared telescope will explore a wide range of science questions to help us understand the origins of the universe and our place in it. Seeking Light from the First Galaxies in the Universe Webb will directly observe a part of space and time never seen before. Webb will gaze into the epoch when the very first stars and galaxies formed, over 13.5 billion years ago. Ultraviolet and visible light emitted by the very first luminous objects has been stretched or 'redshifted' by the universe's continual expansion and arrives today as infrared light. Webb is designed to “see” this infrared light with unprecedented resolution and sensitivity. Exploring Distant Worlds and the Solar System Webb will also be a powerful tool for studying the nearby universe. Scientists will use Webb to study planets and other bodies in our solar system to determine their origin and evolution and compare them with exoplanets, planets that orbit other stars. Webb will also observe exoplanets located in their stars’ habitable zones, the regions where a planet could harbor liquid water on its surface, and can determine if and where signatures of habitability may be present. Using a technique called transmission spectroscopy, the observatory will examine starlight filtered through planetary atmospheres to learn about their chemical compositions." property="og:description" |
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TAGS : - - JAMES WEBB SPACE TELESCOPE Goddard Space Flight Center James Webb Space Telescope GSFCSearch Search ENGINEERING SITE: Other WEBB Sites MISSION: News/Overview/Features (nasa.gov) ENGINEERING: (you are here) Building Webb (webb.nasa.gov) SCIENCE: Science, Images, Discoveries (webbtelescope.org) PARTNERS: Agency, Industry and Academic HOME WEBB IMAGES Launch HomeCountdownAbout NewsWebb 2024 - Flickr Webb 2023 - Flickr Webb 2022 - Flickr First Images - Flickr Test/Eng. Images - Flickr In Depth (WebbTelescope.org) ESAWebb.org BUILD, LAUNCH & DEPLOY Webb’s Build - Flickr Webb’s Launch - Flickr Explore Webb’s Deployments EventsWhere Is Webb? Need to Know STATUS Recent AccomplishmentsNEWS News All Twitter Feed Social Media News Archives ABOUT WEBB About Overview Fact Sheets & FAQs Key Facts Who Is James Webb? FAQ Lite FAQ Full Launch Orbit Webb and Hubble Innovations Innovations Overview Microshutters Backplane Mirrors Wavefront Sensing Infrared Detectors Cryogenic Data Aquisition Sunshield Coating Cryocooler SCIENCE Science Overview Early Universe Galaxies Over Time Star Lifecycle Other Worlds OBSERVATORY Overview Optical Telescope (OTE) Overview Mirrors Mirrors Overview Primary Mirrors Secondary Mirror Tertiary MirrorMirrors Backplane ISIM & Instruments Overview NIRCam NIRSpec MIRI FGS/NIRISS Sunshield Spacecraft Bus FEATURES & ACTIVITIES Features Overview Art & Activities Webb Events #unfoldTheUniverse Art #jwstArt Juried Art #jwstArt Public Art Webb Snowflake Webb Postcard Coloring Webb Webb and Origami Webb Flip Book Build a Model of Webb Webb-Themed Pumpkin Webb Folding Puzzler (pdf) Lego Web (pdf) Cool Stuff John Mather 360 ° Lab View Webb Virtual Reality NASA Viz Explorer App Time-Lapse Movies Webb@Sci-Viz Studio Key Facts MultiLingual Webb Backgrounds Posters & Print Games & Educational Webb & the Big Bang Build a Satellite Scope It Out Beyond the Visible Podcast: Behind Webb Seeing Starlight (pdf) Webb & Hubble eBooks Webb Fun Pad (pdf)Webb Folding Puzzler (pdf) Journey of the Mirrors Educator Resources MULTIMEDIA Multimedia Overview Images Animations & Videos Scientific Viz Studio (SVS) What is Webb Observing? 3d Webb in 3d Solar System WebbCam Live WebbCam Time-lapseMEET THE TEAM Team Overview Institutional Partners Science Working Group GSFC Project Team Biographies FOR SCIENTISTS Scientists Overview FAQ for Scientists Solar System Obsv. FAQ Newsletters Presentations Publications FOR EDUCATORS Education Overview Informal Education Formal Education Features/Educational FOR PRESS = Item opens a new window. Item repeated from another section. JWST SOCIAL MEDIA TOPLoading Article and Images : ❱ More ❱ ❰ Less | Read the Full Story | This Image in Depth Image Details - CREDITS - NASA, ESA, CSA ⥃ Image Only Video Tour⥃ Image OnlyRelated ImagesWebb Images : About | 2024 | 2023 | 2022 | 1st Images | In Depth Caption:Info ⥂ 2k 2k 4k MaxRez CompareDraggable Comparisons: MIRI/NIRCam | Hubble/Webb NIRCamVideo TourYour browser does not support the video tag.In July 2022, NASA’s James Webb Space Telescope observed El Gordo, a galaxy cluster that existed 6.2 billion years after the big bang. It was selected as the most massive galaxy cluster known at that time in cosmic history. The resulting image reveals a variety of gravitationally lensed galaxies, including striking objects nicknamed the Fishhook and the Thin One. Come with us on a video tour of this new infrared image from Webb. Transcript of Video . Credits: NASA, ESA, CSA. SCIENCE: Jose M. Diego (IFCA), Brenda Frye (University of Arizona), Patrick Kamieneski (ASU), Tim Carleton (ASU), Rogier Windhorst (ASU). IMAGE PROCESSING: Alyssa Pagan (STScI), Jake Summers (ASU), Jordan C. J. D’Silva (UWA), Anton M. Koekemoer (STScI), Aaron Robotham (UWA), Rogier Windhorst (ASU) Zoom in to Rho OphiuchiYour browser does not support the video tag. Travel to the Rho Ophiuchi cloud complex. The journey begins with a ground-based image by astrophotographer Akira Fujii, then transitions into a plate from the Digitized Sky Survey. Next a two-color image from the now-retired infrared NASA Spitzer Space Telescope appears, and then finally the video arrives at the James Webb Space Telescope’s image of the star-forming region. The star-forming region captured in Webb’s image is small and not particularly active compared to other well-known star-forming regions. It is the region’s proximity to Earth (390 light-years) that allows Webb to capture it in such detail, emphasizing the structure of jets bursting from young solar-mass stars, and a dusty cave” of glowing polycyclic aromatic hydrocarbons. Note: There is no audio. Credits: NASA, ESA, CSA, Alyssa Pagan (STScI) Draggable Comparison: Hubble / Webb NIRCam DRAG Handle/Centerline (or CLICK on images) to compare View Webb Image Details target to insert image detail info panel for show/hideImage Comparison Info:Image Comparison Info: The chaotic merging galaxies II ZW 96 have been examined in two distinct wavelengths in these images from the NASA/ESA Hubble Space Telescope and the NASA/ESA/CSA James Webb Space Telescope. The image on the left was taken by Hubble’s Advanced Camera for Surveys and gives a view over the visible-light spectrum of this merger, clearly showing the starburst systems that have formed between the two galactic cores with their older stars. The image on the right , Webb’s image from the Near-InfraRed Camera shines particularly brightly in infrared light. The star-forming regions which have been activated by the galactic tumult are particularly luminous in the infrared, which placed ZW II 96 as one of Webb’s first targets. Credit: ESA/Webb, NASA & CSA, L. Armus, A. Evans; the Hubble Heritage Team (STScI/AURA)-ESA/Hubble Collaboration Webb is now in : Science Operations ModeMore Info: Twitter | News | Blog | Flickr | WebbTelescope.org | Youtube PARTNERS: NASA - National Aeronautics & Space Administration ESA - European Space Agency CSA - Canadian Space Agency Other Team Members JWST: JWST Engineering JWST News JWST Science Webmaster: Maggie Masetti / Steve Sabia Responsible NASA Official: Alan Johns Privacy Policy and Important Notices CONTACT: Media Educators General Questions Social Media Website Issues Web Team...
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