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NASA's James Webb Space Telescope has unlocked a window into our universe unlike any before. Using its powerful infrared vision, JWST can peer into the hearts of stellar nurseries. JWST reveals how stars, planets, and potentially life itself, form in our universe. NEW LOOK Sign up to get the inside scoop on today’s biggest stories in markets, tech, and business — delivered daily. Stellar nurseries, where new stars bloom to life, are thick clouds of gas and dust, a.k.a.
Persons: NASA's James Webb, , James Webb, Klaus Pontoppidan, they're Organizations: Service, Jet Propulsion Laboratory
Cummings started working on the Voyager mission when he was a graduate student at Caltech in 1973, about four years before the two spacecraft launched. Voyagers' enduranceThe Voyager mission has been gathering groundbreaking data and photos since the beginning. Before Voyager, Cummings was part of an experiment to measure cosmic rays using a balloon. "It was very fortunate for me," he said, because he was able to then join the Voyager mission. NASA/JPL-CaltechIn 2012, Voyager 1 became the first human-made spacecraft to enter interstellar space and Voyager 2 followed six years later.
Persons: , Alan Cummings, Cummings, Alan Cummings Voyagers, Saturn, Carl Sagan, Voyagers, they'll, JPL Cummings, There's Organizations: Service, Caltech, Business, Hubble, NASA, Engineers, JPL Locations: Manitoba, Canada, Russia
A neutron star is the collapsed core of a supergiant star that's gone supernova. Pulsar neutron stars, like the one astronomers believe SN 1987A left behind, emit pulses of X-rays. AdvertisementStudying SN 1987A has deepened astronomers' understanding of supernovae and the role they play in our ever-evolving universe. Before JWST, astronomers lacked a telescope powerful enough to observe the compact object that SN 1987A left behind. Advertisement"We interpreted this as being conclusive evidence that the emission lines we were seeing were the result of radiation from the neutron center," Kavanagh said.
Persons: What's, James Webb, David Malin AAT, Patrick Kavanagh, Everest, hadn't, Kavanagh, SN1987A, Chandra, ALMA, JWST, J, Larsson, Claes Fransson, P.J . Kavanagh, " Kavanagh Organizations: Business, Science, Maynooth University, American Association for, Advancement of Science, NASA, Wikimedia, SN, Hubble, ESA, Stockholm University
CNN —Water molecules have been detected on the surface of asteroids for the first time, proving that these remnants from the formation of our solar system aren’t just dried-up space rocks. Searching for water across the solar systemThe researchers attempted to look for water on two other asteroids using SOFIA, but the detection was too faint. Now, the team is using the James Webb Space Telescope to zero in on different asteroids and search for water signatures. “We really weren’t expecting to find water on these silicate-rich asteroids,” Arredondo said. I want to know if the carbon-rich asteroids have significantly more water than silicate-rich asteroids, or if they have similar amounts.”
Persons: Iris, Massalia, SOFIA, Anicia, Maggie McAdam, Arredondo, ” Arredondo, McAdam’s, James Webb, Webb, , ” Webb, REx Organizations: CNN, Astronomy, Boeing, SOFIA, Science, Southwest Research Institute, NASA’s Ames Research Locations: SOFIA, San Antonio, Mountain View , California, Iris
CNN —Astronomers using the Hubble Space Telescope have detected water molecules in the atmosphere of a small, blazing-hot exoplanet 97 light-years from Earth. The planet, named GJ 9827d, is about twice Earth’s diameter, and it’s the smallest exoplanet found to have water vapor in its atmosphere, according to a new study. Starlight filtering through the planet’s atmosphere helped astronomers measure the signature of water molecules. It’s possible that the planet is a mini-Neptune with a hydrogen-rich atmosphere that contains water vapor. Or astronomers suspect that GJ 9827d could be a warmer version of Jupiter’s icy moon Europa, which contains an ocean beneath a thick, icy crust.
Persons: , Laura Kreidberg, Max Planck, Björn Benneke, Hubble, Ian Crossfield, Pierre, Alexis Roy, we’re, ” Benneke, , GJ, Benneke, Thomas Greene, James Webb, Webb, ” Kreidberg Organizations: CNN —, Hubble, Max, Max Planck Institute, Astronomy, University of Montreal’s Trottier Institute for Research, University of Kansas, University of Montreal’s Trottier Institute, GJ 9827d, NASA’s Ames Research, James Webb Space Telescope, , 9827d Locations: Heidelberg, Germany, Lawrence , Kansas, Silicon
Brown dwarfs are some of the most unusual and mysterious objects in space. Brown dwarf W1935 may have aurora at its poles created by a volcanic moon that's orbiting the failed star. "For your typical brown dwarf just traversing the galaxy in solitude, your brown dwarf is very mysterious. NASAFaherty and her team suspected a different kind of companion could be at work: an active moon. Whatever the reason may be, it takes very sensitive tools to detect brown dwarfs in the first place.
Persons: , Jackie Faherty, James Webb, Brown, Faherty, Austin Rothermich, Rune Stoltz Bertinussen, NASA Faherty, Webb Organizations: Service, Telescope, Business, NASA, ESA, CSA, American Museum of, American Astronomical Society, City University of New, Reuters Locations: City University of New York, Tromso, Norway
Read previewThe James Webb Space Telescope has discovered the oldest black hole ever detected, breaking its own record. It's about 40 million years older than the record-breaking black hole Webb also discovered and announced in November. AdvertisementA cosmic clue in this black hole's outsized appetiteA disk of hot gas swirls around a feeding black hole in this illustration. AdvertisementPeering at the early universe with Webb "is like upgrading from Galileo's telescope to a modern telescope overnight," Maiolino said. He added that his team hopes to search for smaller "seeds" of black holes with future Webb observing time.
Persons: , James Webb, Webb, Nick Risinger, JWST, Chandra, Daniel Holz, Roberto Maiolino, Maiolino Organizations: Service, Business, ESA, Hubble, Sky Survey, NASA, CSA, University of Chicago, New York Times, University of Cambridge, JPL, Caltech
This illustration shows the orbital motion of six planets discovered orbiting star HD110067 located around 100 light-years from Earth. The planets all are a type called 'sub-Neptunes,' which have diameters between 2 and 3 times that of Earth. Earth, the largest of our solar system's four rocky planets, has a diameter of about 7,900 miles (12,750 km). The planets orbit the star between 6% and 20% of the distance between Earth and the sun. "None of them are in the nominal habitable zone for terrestrial planets.
Persons: Hugh Osborn, Handout, Osborn, Rafael Luque, Luque, James Webb, Will Dunham, Rosalba O'Brien Organizations: REUTERS Acquire, Rights, University of Bern, University of Chicago, James Webb Space, Thomson Locations: Switzerland, JWST
NASA's James Webb Space Telescope captured a stunning image of the heart of the Milky Way. The chaotic region appears brilliantly colorful, glittering with the light of 500,000 stars. download the app Email address Sign up By clicking “Sign Up”, you accept our Terms of Service and Privacy Policy . AdvertisementNASA's James Webb Space Telescope has captured a colorful, glittering image of the chaotic center of the Milky Way galaxy, revealing never-before-seen details that could help scientists understand more about the origin of the universe. Thanks to JWST's ability to capture infrared light, scientists were able to identify never-before-seen details at the Milky Way's core.
Persons: NASA's James Webb, , Webb, Samuel Crowe, Fedriani Organizations: NASA's James Webb Space, Service, Telescope, NASA, ESA, CSA, STScI
AdvertisementAdvertisementThe James Webb Space Telescope (JWST) has spotted the most distant example of a galaxy in the universe that looks similar to the Milky Way. The galaxy, named ceers-2112, is more than 11.7 billion years old and is the earliest example of a barred spiral galaxy ever seen. For them, there is little doubt: this picture suggests this is a barred spiral galaxy. Scientists had thought you couldn't find a barred spiral galaxy before the universe was about 6.9 billion years old. The other 95% — about 27% of dark matter and 68% of dark energy — remain huge mysteries in physics.
Persons: James Webb, , JWST, Guo, Alexander de la Vega, Yetli Rosas Guevara, El País, la Vega, Luca Costantin, Space.com, Costantin, Jairo Abreu, Abreu Organizations: Service, James Webb Space, University of California, Spanish Donostia, Physics Center, Centro, Astrobiología, University of La Locations: Riverside, Madrid, University of La Laguna
NASA has discovered the most distant black hole ever, dating back nearly to the dawn of time. Don't worry: the growing black hole is located 13.2 billion light-years away. The supermassive black hole was detected in a rare state of infancy. AdvertisementAdvertisementNASA has discovered the most distant black hole ever detected, capturing it growing in a stage of never-before-seen infancy near the dawn of time. It also detected another of the earliest black holes and picked up lots of details Hubble wasn't able to capture .
Persons: , James Webb, Chandra, JWST, Hubble, they've, Andy Goulding Organizations: NASA, Service, James Webb Space Telescope, Princeton University
NASA's James Webb Telescope has captured never-before-seen details of the Crab Nebula. AdvertisementAdvertisementNASA's James Webb Space Telescope has captured new views of a stunning nebula, revealing never-before-seen details. It's the heart of the Crab Nebula, called the Crab Pulsar. The Crab Nebula as shown by the Hubble Space Telescope in optical light (left) and the James Webb Space Telescope in infrared light (right). The Crab Nebula photographed by NASA's James Webb Space Telescope.
Persons: NASA's James Webb, , James Webb, JWST, Temim, Hubble, Hester Organizations: NASA's James Webb Telescope, Service, Telescope, NASA, ESA, CSA, Princeton University, Hubble, James Webb Space, Arizona State University, NASA's James Webb Space Telescope
NASA scientists were surprised to discover a high-speed jet stream near Jupiter's equator. Previous telescopes couldn't see Jupiter's atmosphere in such detail so they missed the fierce winds. AdvertisementAdvertisementNASA's James Webb Space Telescope has helped scientists discover that Jupiter has a thin jetstream whipping around the planet at 320 miles per hour — twice as fast as Earth's strongest hurricanes. The JWST's predecessor, Hubble, was not strong enough to clearly capture images of the hazier parts of Jupiter's atmosphere, NASA said in a press release detailing its findings. The JWST was only able to detect the jet stream when it looked at a particular band of infrared light, which revealed changes in atmospheric features at varying altitudes.
Persons: , James Webb, Ricardo Hueso Organizations: NASA, Service, Telescope, Hubble
Star formation in the early galaxies occurred in occasional big bursts, they found, rather than at a steady pace. "According to the standard model of cosmology, there should not be many very massive galaxies during cosmic dawn because it takes time for galaxies to grow after the Big Bang. And the reason this is so significant is that we explain these very bright galaxies without having to break the standard cosmological model," Faucher-Giguère added. They blast gas into space that becomes ingredients for another burst of star formation. But the stronger gravitational effects in larger galaxies prevent these bursts, favoring steady star formation.
Persons: NASA's James Webb, James Webb, Sun, Webb, Claude, André, Giguère, Will Dunham, Rosalba O'Brien Organizations: Northwestern University, Astrophysical, Thomson Locations: WASHINGTON, Illinois
CNN —New images from the James Webb Space Telescope have revealed surprising pairs of planet-like objects in the Orion Nebula that have never been detected before. The Orion Nebula, a glowing cloud of dust and gas, is one of the brightest nebulae in the night sky and identifiable as the sword in the Orion constellation. But no existing theories explain how the JuMBOs formed, or why they’re present in the Orion Nebula, McCaughrean said. This Webb image shows the full survey of the inner Orion Nebula and Trapezium Cluster, captured in long wavelengths of light. Meanwhile, other research focused on different star-forming regions could reveal whether JuMBOs are elsewhere beyond the Orion Nebula.
Persons: James Webb, Samuel G, Pearson, Mark J, McCaughrean, Brown, , Webb, “ They’re, ” McCaughrean, ” Pearson, , JWST, ’ ” Pearson, “ It’s Organizations: CNN, Orion, European Space Agency, Space Research, Technology, Orion Nebula, NASA, ESA, CSA Locations: Netherlands, Orion
CNN —A building block of life may exist inside the global ocean on Europa, one of Jupiter’s icy moons. Scientists have long questioned whether Europa’s ocean contained carbon and other chemicals necessary for life. Astronomers used the Webb telescope to observe Jupiter's icy moon Europa. Carbon dioxide appears to be concentrated in a region of “chaos terrain” on Europa called Tara Regio. Future observations of Europa with the Webb Telescope could help astronomers determine whether there are other concentrated regions of carbon dioxide on the surface, Trumbo said.
Persons: James Webb, , Geronimo Villanueva, Tara Regio, Samantha Trumbo, ” Trumbo, ” Villanueva, Webb, Heidi Hammel, Trumbo, Organizations: CNN, Goddard Space Flight, NASA, ESA, CSA, Webb, Cornell University, Hubble, Webb's, Association of Universities for Research, Astronomy, NASA’s, Clipper, Europa Clipper Locations: Europa, Greenbelt , Maryland
Kari Bosley is the lead mission planner for the James Webb Space Telescope at the Space Telescope Science Institute. Thirteen years ago, I landed a job in the grants department at Space Telescope Science Institute. They support the daily activities of NASA's different space missions, including the Hubble Space Telescope, Nancy Grace Roman Space Telescope, and James Webb Space Telescope. The James Webb Space Telescope is the most powerful space telescope ever built, and has led to numerous scientific discoveries and firsts since it was launched to space. NASA’s James Webb Space Telescope captured the Ring Nebula in unprecedented detail with its mid-infrared instrument.
Persons: Kari Bosley, James Webb, wasn't, Amelia Earhart, Nancy Grace, Getty, NASA’s James Webb, Webb, Barlow, Cox, It's Organizations: Telescope Science, Service, Telescope Science Institute, NASA, Challenger, Space Telescope Science Institute, Hubble, James Webb Space Telescope, Space, NASA’s James Webb Space Telescope, ESA, CSA, UCL, Wesson, Cardiff University, Communications, JPL, Caltech Locations: Wall, Silicon, California
Insider Today: Gen Z is out on college
  + stars: | 2023-09-05 | by ( Dan Defrancesco | ) www.businessinsider.com   time to read: +9 min
This post originally appeared in the Insider Today newsletter. In today's big story, we're looking at why college isn't part of the plan for some Gen Zers. Between skyrocketing tuition costs and underwhelming salaries, some Gen Zers are skipping college altogether, writes Charlotte Lytton. A recent survey found that 40% of business leaders think recent Gen Z college grads are unprepared when they enter the workforce. The Insider Today team: Dan DeFrancesco, senior editor and anchor, in New York City.
Persons: Dan DeFrancesco, weren't, Zers, Chelsea Jia Feng, Zers aren't, Charlotte Lytton, It's, Alix Earle, NFTs, TikTok hasn't, Earle, Alix Earle's TikToks, @alixearle, Spencer Platt, Goldman Sachs, we've, David Rosenberg, Rosenberg, Kevin Dietsch, Marc Benioff, they're begrudgingly, Arantza Pena Popo, Corizon, Sen, Elizabeth Warren, James Webb, Stephen King, Holly Gibner, Rice, Naga Siu, Hallam Bullock, Lisa Ryan Organizations: Service, Electric, Wall, Tech, University of Miami, Getty, JPMorgan, Amazon, James, James Webb Telescope, Hubble, NASA, ESA, CSA, Costco, Kirkland Locations: Wall, Silicon, NFTs, Blackstone, Bridgewater, Seoul, New York City, San Diego, London, New York
The James Webb telescope captured an image of M51, a galaxy 27 million light-years away. An image of M51 – also known as NGC 5194 or the Whirlpool Galaxy – taken by the James Webb Telescope. NASA/ESA/JWSTAstronomers hope the James Webb Space Telescope (JWST) will shed new light on how stars form in galaxies other than Milky Way. Before Webb came along, the Hubble telescope provided a glimpse of star formation in galaxies such as M51. Dark red regions show the cosmic dust that permeates the M51 galaxy in this zoomed in image from the James Webb telescope.
Persons: James Webb, Webb, JWST, Hubble Organizations: Service, Hubble, NASA, Whirlpool, Webb's, James, James Webb Telescope, ESA, James Webb Space, JWST, European Space Agency Locations: Wall, Silicon
Colorful Ring Nebula shines in new Webb images
  + stars: | 2023-08-29 | by ( Ashley Strickland | ) edition.cnn.com   time to read: +4 min
CNN —The James Webb Space Telescope has revealed colorful new portraits of the iconic Ring Nebula. Webb previously captured a different perspective on the Ring Nebula, as well as the similar-looking Southern Ring Nebula. A longtime favorite of astronomers, the Ring Nebula has been studied for years due to its observability and the insight it can provide into the lifetime of stars. Messier and astronomer Darquier de Pellepoix discovered the Ring Nebula in 1779. As the dying star was throwing off its atmosphere, the companion star shaped the outflow and sculpted it.”
Persons: James Webb, Webb, Charles Messier, Messier, Darquier de Pellepoix, , Roger Wesson, Wesson, ” Wesson Organizations: CNN, Cardiff University, NASA, Hubble, ESA, Webb, CSA Locations: MIRI
The James Webb Space Telescope continues to impress with stunning images of the universe. You can see the image in more detail below:The Ring Nebula is a favorite among amateur astronomers. This latest Ring Nebula picture isn't just "aesthetically pleasing," said co-lead scientist Nick Cox of space observation firm ACRI-ST, France. As part of the space telescope's first series of images, scientists released stunning new photos of the Southern Ring Nebula, in July 2022. The two stars can be seen on the MIRI cam picture of the Southern Ring Nebula.
Persons: James Webb Space, NASA's James Webb, Jan Cami, James Webb, Nick Cox, Mike Barlow, JWST Organizations: Service, NASA's James Webb Space, University of Western, Imaging, University College London, NASA, ESA, CSA Locations: Wall, Silicon, University of Western Ontario, Canada, France
CNN —Astronomers have used the James Webb Space Telescope for a fresh perspective of an iconic celestial favorite called the Ring Nebula. The new image captures never-before-seen details within the colorful nebula, located in the Lyra constellation about 2,600 light-years from Earth. The structure of the Ring Nebula can be glimpsed through amateur telescopes and has been observed and studied for years. “I first saw the Ring Nebula as a kid through just a small telescope. “The James Webb Space Telescope has provided us with an extraordinary view of the Ring Nebula that we’ve never seen before.
Persons: James Webb, Charles Messier, , , Jan Cami, we’ve, Mike Barlow, Els Peeters Organizations: CNN —, Imaging, Western University’s Institute for Earth, Exploration, University College London, Western’s Institute for Earth Locations: London , Ontario
The awe the image inspires is comparable to how researchers feel about the Webb’s first year of science. She finds it fitting that the customary gift for one-year anniversaries is paper, because that’s exactly what researchers using the telescope have been churning out for the past year: scientific papers. When it was ready, the Webb embarked on its journey to peer into the depths of the universe. For Dr. Rigby, one of the most gratifying accomplishments of this past year is the way the mission has delivered on its promise to reveal the earliest moments of cosmic time. Before JWST, astronomers knew of only a small handful of candidate galaxies that existed in the first billion years after the Big Bang.
Persons: , Jane Rigby, Webb, Rigby, JWST Organizations: Goddard Space Flight
The James Webb Space Telescope picked up the blast from two neutron stars colliding. The blast, called a kilonova, created the perfect conditions to make space gold and platinum. The death of two neutron starsAn artist's impressino of a kilonova NASA's Goddard Space Flight Center/CI LabA kilonova happens when two neutron stars — collapsed supermassive stars — gravitate around one another and eventually crash. This particular blast, called GRB 230307A, was first detected by NASA's Fermi Gamma-ray Space Telescope on March 7, 2023, per Space.com. These only arise in very limited circumstances, like when two neutron stars collide.
Persons: James Webb, JWST, Fermi, Gold, Uli Deck, Andrew Levan Organizations: James Webb Space Telescope, Service, James Webb Space, Space Flight, Getty, Radboud University Locations: Wall, Silicon, Netherlands
JWST spotted ten galaxies connected by an invisible cosmic filament. This is the earliest filament ever seen of the so-called "cosmic web," a mysterious network that connects the galaxies in our universe. Galaxies are connected by a cosmic webAn artist's impression of the cosmic web, showing how there are invisible areas of high density of dark and regular matter connecting the galaxies in the universe. Peering back into the early stages of the universe can give us a sense of how galaxies appeared within this mysterious network. The ASPIRE team hopes the picture will shed more light on the cosmic web, but it is also very interested in how early quasars were formed in the universe's infancy.
Persons: JWST, James Webb, Niall Jeffrey, Feige Wang, Joseph DePasquale, Joseph Hennawi Organizations: Service, University of Arizona, ESA, University College London, Guardian, NASA, CSA, University of California Locations: Wall, Silicon, Santa Barbara
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