View allAll Photos Tagged SPACE
Heckathorn-Fesen-Gull 1 (HFG1) et Abell 6 sont un duo de nébuleuses planétaires de la constellation de Cassiopée.
L'étoile centrale de HFG1 est une binaire de mag 14.5. Elle laisse derrière elle une queue de gas de 20' au moins. Elle serait agée de 10000 ans environ.
La structure de HFG1 présente un arc de cercle à l'opposé de la queue, c'est à dire dans la direction de déplacement de la nébuleuse, ce qui laisse penser qu'il s'agit d'un front d'onde de choc de matière interagissant avec le millieu interstellaire.
Abell 6 est un exemple de nébuleuse planétaire en forme de bulle. Elle reste cependant assez faible (Mag=15). Elle émet plus en OIII qu'en Ha.
Spaces, Novara (Italy).
--
Please visit:
VIDEO → NYCTOPHILIA: a nocturnal journey
-----------------------------------------------------------------------------------------------
Nature, travel, photography: MY YOUTUBE CHANNEL
-----------------------------------------------------------------------------------------------
explored#181
I just had to put this one up to defrost the stream. Let me take you back to Puerto Rico with me. I still have a lot to come from this set, but I have a feeling there's another cold front coming through!
On display at the Smithsonian Air and Space Museum's UDVAR-HAZY CENTER at the Washington Dulles International Airport
Hand held 5 exposure HDR
Space under the space.
S3 Pro Infrared Mod with Tokina AT-X 107 DX Fisheye 10-17mm F3.5-4.5 at 10mm ISO100 f/11.0 1/20sec
A festival float to celebrate the 40th anniversary of Space! The figures are from an original 928 hence the somewhat less than perfect torsos
Not a real space photo. Light art. No Photoshop manipulations. Single exposure: gas clouds/nebula created using Waterworld technique (100mm lens); background/foreground stars 16-35mm lens, LED/laser/plastic.
Space Mountain while the lights were on during rehab. Shot from the TTA PeopleMover.
This looks better on black. View On Black
Focus Sea Brook 100k photography challenge.
Category: Surrealism.
Description: No matter which track you are on, the world will keep on turning and the hands of time will keep on ticking; when it's your time to go the Space-Time Continuum will find you and return you to the sands of time.
out now at kustom9!
even more assorted garden shrubs with twinkling fairy lights for your spring (and beyond!) landscaping - perfect for low land impact landscaping & adding shrubbery to your outdoor space ♥
sold in 6 packs of 4 colors, respective shrub type packs, or as a complete FULL SET (all shrubs, all colors)
1 li each, large & small shrub included
lights can be changed between white or multicolor and turned on (static), off, or set to twinkle
bulk HUD included to change all shrubs at once (lights & leaf textures) or touch shrubs to change individually
FULL SET includes all textures in one menu/HUD
get them here: Kustom9
xo ♥
--------------------------------------------------------------
• tp to the tarte. mainstore
• shop marketplace
• show us your photos in the flickr group
• stay connected on plurk
• stay connected on facebook
• stay connected on instagram
The koalas can buy a delicious ice cream treat from this rover. Their favorite flavor? Eucalyptus, of course!
Une des dernières choses qu’on a réalisées avant de retourner sur la planète c’est un photoreportage de l’extérieur de l’ISS... et oui contrairement à un avion ou un bateau, elle ne rentre jamais au garage pour être révisée, il faut tout faire in situ dans l’espace. Ça aide énormément les ingénieurs au sol d’au moins voir l’état extérieur de la station, car il y a peu de caméras sur le dehors, et leurs vues sont limitées. On a donc réalisé un tour complet autour de l’ISS avec notre Dragon, et pendant toute la manœuvre j’ai essayé de capturer tous les détails du vaisseau mère qu’on venait juste de quitter. Seul bémol : les vitres du dragon ne sont pas faites pour la photo de précision, et il était impossible de zoomer sous peine d’avoir des résultats flous. La nuit ne nous a pas non plus aidés... au final, c’est quand même absolument incroyable d’observer l’ISS alors qu’on lui tourne autour, avec la terre et le cosmos en fond. On a fait le plein de souvenirs visuels pour nos dernières heures dans l’espace.
One of the last things we did before returning to Earth was a photo reportage of the exterior of the International Space Station. Unlike cars, boats or aircraft, the International Space Station never has periodic check-ups at a garage or hangar: all maintenance is done while flying in space. The pictures help the engineers on Earth to assess the state of the Station. There are some on-board video cameras but they don’t cover the whole exterior, so to get a complete view we did a complete fly-around of the Space Station in our Crew Dragon and during the tour I tried to capture as many details of the outpost as possible. The Dragon windows are not designed for precision photography and using the maximum zoom gave risk of blurry results (although some of the less useful pictures for the engineers have more emotional merit maybe 😊). As we flew through both night and day the lighting conditions were not always ideal either, but nevertheless it was absolutely incredible to view the Space Station from afar with Earth and the cosmos as backdrop. It was an excellent end to the Alpha mission and allowed us to fill our souvenir bank to the max during our last hours in space.
Credits: ESA/NASA–T. Pesquet
iss066e080178_top_up
Just wanted to try an infinity mirror effect (don't know the real name; I'm sure there is one) without the camera/my face/hands being in the shot. I just built a 16x16 space; the rest is reflected.
The second "mirror" (the nearer one) is just a piece of glass, so I can take a picture through it. Most of the light is reflected back and forth between the mirrors. As the only light source in the room is this corridor, the camera (or anything else this side of the glass) barely shows up.
At least that was the plan; it didn't work quite as well as I had hoped, but there is more than the one reflection, so I'm happy.
In the far reaches of the universe there are planets to explore, minerals to mine, and conquests to defend. The Space Tank 134071A is equipped for all your exploration needs and more than ready to bring the InnovaLUG logo to the furthest reaches of the galaxy!
Don't miss the rest of the collab on InnovaLUG!
And see more of this planet on my blog, including a behind-the-scenes look at the inside of the sphere.
Flickr | YouTube | GenevaD.com | Pinterest | Instagram
NOTE: This is an artist illustration.
The James Webb Space Telescope has detected hints of water vapor while observing rocky exoplanet GJ 486 b, but a mystery remains. Researchers are puzzled over whether the water vapor could be due to cool starspots on the planet’s host star, or if it could indicate an atmosphere — which would be the first atmosphere definitively detected around a rocky exoplanet.
Planet GJ 486 b is very close to its red dwarf star. It completes an orbit in just under 1.5 Earth days, and it has a surface temperature of 800 degrees F (426.7 degrees C). If the water vapor is due to an atmosphere, that atmosphere would need to be continuously replenished due to harsh radiation from the active star. These findings could represent a major breakthrough for exoplanet science.
To get to the bottom of this mystery, astronomers are planning to observe this exoplanet with another Webb instrument. This will help ultimately determine if an atmosphere does exist for planet GJ 486 b. This will help ultimately determine if an atmosphere does exist for planet GJ 486 b, as well as what the source of the water vapor may be. Stay tuned for more to come!
Dive into the details: www.nasa.gov/feature/goddard/2023/webb-finds-water-vapor-...
This image: This artist concept represents the rocky exoplanet GJ 486 b, which orbits a red dwarf star that is only 26 light-years away in the constellation Virgo. By observing GJ 486 b transit in front of its star, astronomers sought signs of an atmosphere. They detected hints of water vapor. However, they caution that while this might be a sign of a planetary atmosphere, the water could be on the star itself – specifically, in cool starspots – and not from the planet at all.
Credits: NASA, ESA, CSA, Joseph Olmsted (STScI)
Image description: Occupying the left two-thirds of the image is a foreground planet mostly in shadow. On the right side, a tan crescent shows subtle surface features. A thin, tenuous blue atmosphere lines the planet’s limb. On the right, a small red globe represents a red dwarf star. Its surface is mottled with small, dark spots resembling sunspots. Both planet and star are on a mostly black background speckled with hundreds of faint, distant stars.
The redeveloped Western Concourse at King's Cross Station created by architects John McAslan + Partners
A bounty hunting dagger wielding ninja silences a guard at the Unitron Union Space Station.
Comes directly from the attackers hand, and straight to it's Mark. ;)
Name: Unknown
Race: Unknown
Mission: Unknown
Objective: Completed
This was built for our Iron Builder against the Erickson Brothers using the green flexible spike as throwing knives.
Space Police Log 03.
//: Attention, all units please respond.//
//: There is an escape attempt in progress in Sector 13, Cell Block 2.//
//: Inmates identified: Squidman, Snake, Frenzy, Kranxx. Considered armed and extremely dangerous.// Two officers injured, one dead.
//: One of two robotic laser arms disabled, the other malfunctioning.//: Do not let escapees out; use deadly force if needed.//
It has no sidecut or rocker but it's probably the most fun way to get around a snow covered planet.
It's been a hectic start to the ski season and a busy holiday period in Verbier. Things are a little calmer now, so I've a bit more time to devote to Lego activities. I'm also storing up builds for my favourite month: Febrovery!.
Clouds are in the forecast for exoplanet WASP-96 b!
The James Webb Space Telescope spotted the unambiguous signature of water, indications of haze & evidence for clouds (once thought not to exist there). This is the most detailed exoplanet spectrum to date! More: nasa.gov/webbfirstimages/
A spectrum is created when light is split into a rainbow of colors. When Webb observes the light of a star, filtered through the atmosphere of its planet, its spectrographs split up the light into an infrared rainbow. By analyzing that light, scientists can look for the characteristic signatures of specific elements or molecules in the spectrum.
Located in the southern-sky constellation Phoenix, WASP-96 b is 1,150 light-years away. It’s a large, hot planet with a “puffy” atmosphere, orbiting very close to its Sun-like star. In fact, its temperature is greater than 1000 degrees F (537 degrees C) — significantly hotter than any planet in our own solar system!
Please note that the illustration in the background of the image is based on what we know of WASP-96b. Webb hasn't directly imaged the planet or its atmosphere. (Fun fact: space is big and planets are small — though Webb CAN image exoplanets directly, the images would just show a dot of light. Consider that though Pluto is in our own solar system, it is still so far that we didn’t know what it really looked like until New Horizons visited it.)
Image Description:
Graphic titled “Hot Gas Giant Exoplanet WASP-96 b Atmosphere Composition, NIRISS Single-Object Slitless Spectroscopy.” The graphic shows the transmission spectrum of the hot gas giant exoplanet WASP-96 b captured using Webb's NIRISS Single-Object Slitless Spectroscopy with an illustration of the planet and its star in the background. The data points are plotted on a graph of amount of light blocked in parts per million versus wavelength of light in microns. A curvy blue line represents a best-fit model. Four prominent peaks visible in the data and model are labeled “water, H2O.”
Credits: NASA, ESA, CSA, and STScI
The "Bison's Space Ship" in Space Classic colors
Many thanks to MAX for inspiration.
www.flickr.com/photos/126026748@N08/albums/72157657997060511
Rethinking all the modeling for construction has been a superb challenge for me