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1000 results for “Sellars”
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📸 Supernova 2025rbs in NGC 7331
Detected on July 14, 2025rbs is a Type Ia supernova in the galaxy NGC 7331, 50 million light-years away. Likely caused by a white dwarf's thermonuclear explosion, it's now the brightest supernova in Earth's sky.
📷 Ben Godson
#Supernova2025rbs #NGC7331 #TypeIa #Astronomy #StellarSnap #DeepSky
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📸 Supernova 2025rbs in NGC 7331
Detected on July 14, 2025rbs is a Type Ia supernova in the galaxy NGC 7331, 50 million light-years away. Likely caused by a white dwarf's thermonuclear explosion, it's now the brightest supernova in Earth's sky.
📷 Ben Godson
#Supernova2025rbs #NGC7331 #TypeIa #Astronomy #StellarSnap #DeepSky
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📸 Titan Shadow Transit
Every 15 years, Saturn’s rings appear edge-on from Earth. The view may be narrow, but it reveals rare transits of Saturn’s moons and their shadows.
In this image from July 18, Titan crosses Saturn’s face, casting a dark round shadow on its cloud tops.
📷 Volodymyr Andrienko
#Titan #Saturn #ShadowTransit #Astronomy #Astrophotography #StellarSnap #NightSky #PlanetaryAlignment
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📸 Titan Shadow Transit
Every 15 years, Saturn’s rings appear edge-on from Earth. The view may be narrow, but it reveals rare transits of Saturn’s moons and their shadows.
In this image from July 18, Titan crosses Saturn’s face, casting a dark round shadow on its cloud tops.
📷 Volodymyr Andrienko
#Titan #Saturn #ShadowTransit #Astronomy #Astrophotography #StellarSnap #NightSky #PlanetaryAlignment
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📸 Titan Shadow Transit
Every 15 years, Saturn’s rings appear edge-on from Earth. The view may be narrow, but it reveals rare transits of Saturn’s moons and their shadows.
In this image from July 18, Titan crosses Saturn’s face, casting a dark round shadow on its cloud tops.
📷 Volodymyr Andrienko
#Titan #Saturn #ShadowTransit #Astronomy #Astrophotography #StellarSnap #NightSky #PlanetaryAlignment
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📸 Titan Shadow Transit
Every 15 years, Saturn’s rings appear edge-on from Earth. The view may be narrow, but it reveals rare transits of Saturn’s moons and their shadows.
In this image from July 18, Titan crosses Saturn’s face, casting a dark round shadow on its cloud tops.
📷 Volodymyr Andrienko
#Titan #Saturn #ShadowTransit #Astronomy #Astrophotography #StellarSnap #NightSky #PlanetaryAlignment
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📸 Supernova Remnant Simeis 147
Simeis 147, also called the Spaghetti Nebula, is a vast supernova remnant 3,000 light-years away in Taurus and Auriga. Glowing hydrogen and oxygen filaments stretch across a region six times the width of the full Moon. A pulsar marks the collapsed core of the original star.
📅 January 13, 2022
📷 Jason Dain
🔗 stellarsnap.space
#APOD #Simeis147 #SpaghettiNebula #SupernovaRemnant #Pulsar #DeepSky #StellarSnap -
📸 Veil Nebula: Wisps of an Ancient Supernova
About 7,000 years ago, a star exploded in the Milky Way, creating the Veil Nebula. Once as bright as a crescent Moon, it now appears as delicate filaments of gas in the constellation Cygnus. This image from Kuwait in 2024 shows hydrogen in red and oxygen in blue.
📷 Abdullah Alharbi / NASA APOD
#VeilNebula #SupernovaRemnant #APOD #CygnusLoop #Astrophotography #Space #StellarSnap -
📸 Veil Nebula: Wisps of an Ancient Supernova
About 7,000 years ago, a star exploded in the Milky Way, creating the Veil Nebula. Once as bright as a crescent Moon, it now appears as delicate filaments of gas in the constellation Cygnus. This image from Kuwait in 2024 shows hydrogen in red and oxygen in blue.
📷 Abdullah Alharbi / NASA APOD
#VeilNebula #SupernovaRemnant #APOD #CygnusLoop #Astrophotography #Space #StellarSnap -
📸 Veil Nebula: Wisps of an Ancient Supernova
About 7,000 years ago, a star exploded in the Milky Way, creating the Veil Nebula. Once as bright as a crescent Moon, it now appears as delicate filaments of gas in the constellation Cygnus. This image from Kuwait in 2024 shows hydrogen in red and oxygen in blue.
📷 Abdullah Alharbi / NASA APOD
#VeilNebula #SupernovaRemnant #APOD #CygnusLoop #Astrophotography #Space #StellarSnap -
📸 Veil Nebula: Wisps of an Ancient Supernova
About 7,000 years ago, a star exploded in the Milky Way, creating the Veil Nebula. Once as bright as a crescent Moon, it now appears as delicate filaments of gas in the constellation Cygnus. This image from Kuwait in 2024 shows hydrogen in red and oxygen in blue.
📷 Abdullah Alharbi / NASA APOD
#VeilNebula #SupernovaRemnant #APOD #CygnusLoop #Astrophotography #Space #StellarSnap -
📸 W5: Pillars of Star Formation
In W5, older stars near the center may be triggering the birth of new stars at the edges. This infrared view from NASA’s WISE satellite reveals dusty pillars resisting erosion by stellar winds. W5, also called IC 1848, is part of the Heart and Soul Nebula complex in Cassiopeia.
📅 June 23, 2025
📷 Francesco Antonucci / NASA APOD
🔗 https://stellarsnap.space
#APOD #W5 #IC1848 #StarFormation #Nebula #Cassiopeia #Infrared #StellarSnap -
📸 W5: Pillars of Star Formation
In W5, older stars near the center may be triggering the birth of new stars at the edges. This infrared view from NASA’s WISE satellite reveals dusty pillars resisting erosion by stellar winds. W5, also called IC 1848, is part of the Heart and Soul Nebula complex in Cassiopeia.
📅 June 23, 2025
📷 Francesco Antonucci / NASA APOD
🔗 https://stellarsnap.space
#APOD #W5 #IC1848 #StarFormation #Nebula #Cassiopeia #Infrared #StellarSnap -
📸 ISS Meets Saturn
On July 6, from Federal Way, Washington, the International Space Station briefly aligned with Saturn in a rare sky event. Captured in a stacked telescopic image, the ISS and Saturn appear close, but were actually 1.4 billion kilometers apart. Saturn’s brightness was enhanced to match the ISS, which was much closer and brighter in the sky.
📅 July 18, 2025
📷 Credit: A.J. Smadi#ISS #Saturn #ISSSaturn #Astronomy #Astrophotography #NASA #APOD #StellarSnap
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📸 ISS Meets Saturn
On July 6, from Federal Way, Washington, the International Space Station briefly aligned with Saturn in a rare sky event. Captured in a stacked telescopic image, the ISS and Saturn appear close, but were actually 1.4 billion kilometers apart. Saturn’s brightness was enhanced to match the ISS, which was much closer and brighter in the sky.
📅 July 18, 2025
📷 Credit: A.J. Smadi#ISS #Saturn #ISSSaturn #Astronomy #Astrophotography #NASA #APOD #StellarSnap
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📸 ISS Meets Saturn
On July 6, from Federal Way, Washington, the International Space Station briefly aligned with Saturn in a rare sky event. Captured in a stacked telescopic image, the ISS and Saturn appear close, but were actually 1.4 billion kilometers apart. Saturn’s brightness was enhanced to match the ISS, which was much closer and brighter in the sky.
📅 July 18, 2025
📷 Credit: A.J. Smadi#ISS #Saturn #ISSSaturn #Astronomy #Astrophotography #NASA #APOD #StellarSnap
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📸 ISS Meets Saturn
On July 6, from Federal Way, Washington, the International Space Station briefly aligned with Saturn in a rare sky event. Captured in a stacked telescopic image, the ISS and Saturn appear close, but were actually 1.4 billion kilometers apart. Saturn’s brightness was enhanced to match the ISS, which was much closer and brighter in the sky.
📅 July 18, 2025
📷 Credit: A.J. Smadi#ISS #Saturn #ISSSaturn #Astronomy #Astrophotography #NASA #APOD #StellarSnap
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📸 A Double Detonation Supernova
Can a supernova explode twice? In SNR 0509-67.5, a white dwarf’s surface ignites first, triggering a second, full Type Ia supernova deep inside.
This remnant, captured by the Very Large Telescope, shows two shells that support the theory. But no one saw it 400 years ago — and its companion star is missing.
📷 ESO / P. Das et al. / NASA / Hubble
#Supernova #SNR0509 #TypeIa #Astronomy #Astrophotography #StellarSnap
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📸 A Double Detonation Supernova
Can a supernova explode twice? In SNR 0509-67.5, a white dwarf’s surface ignites first, triggering a second, full Type Ia supernova deep inside.
This remnant, captured by the Very Large Telescope, shows two shells that support the theory. But no one saw it 400 years ago — and its companion star is missing.
📷 ESO / P. Das et al. / NASA / Hubble
#Supernova #SNR0509 #TypeIa #Astronomy #Astrophotography #StellarSnap
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📸 A Double Detonation Supernova
Can a supernova explode twice? In SNR 0509-67.5, a white dwarf’s surface ignites first, triggering a second, full Type Ia supernova deep inside.
This remnant, captured by the Very Large Telescope, shows two shells that support the theory. But no one saw it 400 years ago — and its companion star is missing.
📷 ESO / P. Das et al. / NASA / Hubble
#Supernova #SNR0509 #TypeIa #Astronomy #Astrophotography #StellarSnap
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📸 A Double Detonation Supernova
Can a supernova explode twice? In SNR 0509-67.5, a white dwarf’s surface ignites first, triggering a second, full Type Ia supernova deep inside.
This remnant, captured by the Very Large Telescope, shows two shells that support the theory. But no one saw it 400 years ago — and its companion star is missing.
📷 ESO / P. Das et al. / NASA / Hubble
#Supernova #SNR0509 #TypeIa #Astronomy #Astrophotography #StellarSnap
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sellers of things please note: if you post your main item with a pricing that is for a small addon item in your dropdown, and the actual item turns out to be 10 times more expensive, i consider that deceit and will definitely not buy from you. #kthxbye
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📸 NGC 4651: The Umbrella Galaxy
This deep image reveals a tidal stream of stars, the remains of a smaller galaxy torn apart by NGC 4651. The stream extends nearly 100,000 light-years above the main spiral disk.📅 June 30, 2025
📷 Rabeea Alkuwari & Anas Almajed
🔗 https://stellarsnap.space#APOD #Astronomy #NGC4651 #UmbrellaGalaxy #Space #Galaxy #TidalStream #ComaBerenices #Astrophotography #StellarSnap #DeepSky #Cosmos
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📸 NGC 4651: The Umbrella Galaxy
This deep image reveals a tidal stream of stars, the remains of a smaller galaxy torn apart by NGC 4651. The stream extends nearly 100,000 light-years above the main spiral disk.📅 June 30, 2025
📷 Rabeea Alkuwari & Anas Almajed
🔗 https://stellarsnap.space#APOD #Astronomy #NGC4651 #UmbrellaGalaxy #Space #Galaxy #TidalStream #ComaBerenices #Astrophotography #StellarSnap #DeepSky #Cosmos
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📸 NGC 4651: The Umbrella Galaxy
This deep image reveals a tidal stream of stars, the remains of a smaller galaxy torn apart by NGC 4651. The stream extends nearly 100,000 light-years above the main spiral disk.📅 June 30, 2025
📷 Rabeea Alkuwari & Anas Almajed
🔗 https://stellarsnap.space#APOD #Astronomy #NGC4651 #UmbrellaGalaxy #Space #Galaxy #TidalStream #ComaBerenices #Astrophotography #StellarSnap #DeepSky #Cosmos
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📸 NGC 4651: The Umbrella Galaxy
This deep image reveals a tidal stream of stars, the remains of a smaller galaxy torn apart by NGC 4651. The stream extends nearly 100,000 light-years above the main spiral disk.📅 June 30, 2025
📷 Rabeea Alkuwari & Anas Almajed
🔗 https://stellarsnap.space#APOD #Astronomy #NGC4651 #UmbrellaGalaxy #Space #Galaxy #TidalStream #ComaBerenices #Astrophotography #StellarSnap #DeepSky #Cosmos
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📸 Dark Sand Cascades on Mars
Dark streaks on pinkish dunes near Mars' North Pole resemble trees, but they're actually sand slides exposed as CO₂ frost melts in spring. Captured by the HiRISE camera on NASA’s MRO.
📅 June 29, 2025
📷 NASA, HiRISE, MRO, LPL (U. Arizona)
🔗 https://stellarsnap.space
#APOD #Mars #HiRISE #MRO #NASA #MartianGeology #SandDunes #PlanetaryScience #RedPlanet #SpaceScience #StellarSnap -
📸 Dark Sand Cascades on Mars
Dark streaks on pinkish dunes near Mars' North Pole resemble trees, but they're actually sand slides exposed as CO₂ frost melts in spring. Captured by the HiRISE camera on NASA’s MRO.
📅 June 29, 2025
📷 NASA, HiRISE, MRO, LPL (U. Arizona)
🔗 https://stellarsnap.space
#APOD #Mars #HiRISE #MRO #NASA #MartianGeology #SandDunes #PlanetaryScience #RedPlanet #SpaceScience #StellarSnap -
📸 Dark Sand Cascades on Mars
Dark streaks on pinkish dunes near Mars' North Pole resemble trees, but they're actually sand slides exposed as CO₂ frost melts in spring. Captured by the HiRISE camera on NASA’s MRO.
📅 June 29, 2025
📷 NASA, HiRISE, MRO, LPL (U. Arizona)
🔗 https://stellarsnap.space
#APOD #Mars #HiRISE #MRO #NASA #MartianGeology #SandDunes #PlanetaryScience #RedPlanet #SpaceScience #StellarSnap -
📸 Dark Sand Cascades on Mars
Dark streaks on pinkish dunes near Mars' North Pole resemble trees, but they're actually sand slides exposed as CO₂ frost melts in spring. Captured by the HiRISE camera on NASA’s MRO.
📅 June 29, 2025
📷 NASA, HiRISE, MRO, LPL (U. Arizona)
🔗 https://stellarsnap.space
#APOD #Mars #HiRISE #MRO #NASA #MartianGeology #SandDunes #PlanetaryScience #RedPlanet #SpaceScience #StellarSnap