(click the image to see the full picture)
(hover over image to learn a little something)
The star is in its earliest stage of formation. It's a Herbig–Haro (HH) object.
Their existence is brief in cosmic terms (1000's of years).
These spiral galaxies are forever colliding. They house many lovely Type O Stars.
They also sport Tidal Tails and engage in Starburst Activities.
Stein 2051 is relatively close to Earth, only 17 light-years away.
Its tiny companion is a bit farther, 5000 light-years away.
A.K.A. NGC 3372, is the home of Trumpler 14 and Trumpler 16. The Trumplers
are open, young clusters. These clusters contain many extraordinarily
hot, massive O-type stars.
It's located in the Small Magellanic Cloud (SMC). It boasts a whopping
2,500 newborn and infant stars. Bragging rights extend to her beautiful,
bright, blue massive stars as well.
This billion star galaxy (UGC 8091) is considered an "irregular galaxy".
It's a dwarf galaxy about 7 million light-years from Earth. It appears
as a tangle of string lights instead of an elliptical or spiral shape.
A.K.A WHL0137-LS is a star, or star cluster found in the constellation of Cetus. It's 28 billion
light-years (8.6 billion parsecs) away. If it is a single star, it's the farthest known star.
Messier 72 is a collection of stars located in the Aquarius Constellation.
It's about 50,000 light-years from Earth.
This youngling is growing up in the constellation Taurus.
It's located 450 light years from Earth.
Stars that are bound by their gravitational attraction are called globular clusters.
Terzan 4's heart is a dense and packed field of stars.
This dying star gifted us with a brilliant stellar explosion. It leaves
behind a neutron star or black hole (stellar remnant).
The artist conveys the violence of a red dwarf stripping away an orbitting planet's atmosphere.
This beauty is located about 8,000 light-years from Earth in the Cassiopeia Constellation.
Stellar winds from a huge, hot, youngster create the "bubble".
These regions have birth rates at 10 to 100 times the normal rate.
A.K.A. Stellar Nursery. It has dense, cold clouds of cosmic dust and molecular hydrogen gas.
Gravity causes all this material to collapse and form Protostars.
It resides in the Dorado Constellation. It boasts the brightest and largest
star-forming region in our space "neighborhood". The hottest and most massive
stars ever found reside in this nebula.
"The North Star" is a multiple star system. Polaris A is the supergiant. She
has a small sister, the dwarf star Polaris B. The middle-child is Polaris Ab and
she's forver in big A's orbit and shy.
This lovely illustration features a hot, white or yellow-white star. They
account for 3% of the stars in our galaxy.
Our star lies in the center of the Solar System. It formed around 5 billion years ago.
It's a G-type main-sequence star (G2V).
A.K.A. Ran, is an orange dwarf star. It resides in the constellation
Eridanus and is only 10.5 light-years from Earth. It's visible to the
naked eye and around 800 million years old.
12 Images stacked over 3 years to give us the waltz of two brown dwarfs.
Unlike other quasars, J0742+2704 retains clear spiral arms. It resides in an
intact spiral galaxy with a central massive black hole. Newborn radio jets have
made their appearance.
CW Leonis resides in the constellation Leo, around 400 light-years from Earth.
The remnant is located at the center of the image. The image was captured
using the Wide Field Camera 3 (WFC3).
Beta Pictoris is a 20 million year old star. It's surrounded by a gas & dust disc.
I don't have any information about this stellar photo. I liked it and
it matched my theme. I hope you like it too.
A.K.A. the "Heart of the Scorpion", is a massive red supergiant. It's the
primary in a binary system located in the Scorpius Constellation.
It's the brightest star in Scorpius.
Its heart is Antares (Alpha Scorpii).This enormous M-Type red supergiant
has a cool surface temperature of 3,500 Kelvin, or about.
Betelgeuse is experiencing the "Great Dimming". B's burned through their fuel
and is nearing the end of their life. They're not alone. Siwarha, A.K.A. Beetle Buddy,
is always circling and providing companionship.
A neutron star that spins about 30 times every second. In 1054 a supernova
explosion was recorded by astronomers. This is its leftover core.
Vela (a.k.a. PSR B0833–45) is a radio, optical, X-ray- and gamma-emitting pulsar. It boasts the
highest-energy ever seen. It resides in its namesake the Vela Constellation.
A.K.A. PSR B1913+16. Both are extremely dense neutron stars. They're
losing energy and spiraling inward toward each other.
Rigel is the brightest star in the Orion Constellation. It's also the
7th. brightest star in the night sky. It out shines our sun 100,000 in
terms of luminosity.
Every 40 days or so (41.5 days), Puppis' brightness varies by a factor of 5. It's
around 6,500 light-years away in the Puppis Constellation. Puppis is about
200 times bigger than the Sun.
It's the brightest and largest cluster in our Milky Way galaxy. The ancients
saw it as a single star circa 2,000 years ago. It contains about ten million
stars.
A.K.A. SBW1, is a rare beauty. A blue supergiant star resides in the center
of this nebula. A bright supernova is expected soon when big blue explodes.
It's located 20,000 light-years from Earth.
It's surrounded by the MI-67 nebula. Both are located in the constellation of Sagitta.
You can see the bow shock around the youngling. A bow shock is a glowing,
curved shock wave. It's created when a star reaches supersonic speeds.
Our Star is half-way through her lifespan. She's about 5 billion years old.
She's medium sized compared to her fellow space companions. I think she's perfect.
A spinning white dwarf beats up its companion red dwarf. It lashes out with blasts of radiation.
Every 1.97 minutes the whole system pulses. It beats from ultraviolet to radio. (Artist's Impression)
It is the first of its kind found in their namesakes globular star cluster.
It rotates ridiculously fast due to getting "spun up" by its companion star.
It identifies as a binary pulsar system.
It's a multiple star system. The "it" couple are a massive Wolf-Rayet star &
a fiery blue supergiant. Every 78.5 days they circle each other.
A.K.A. the Cosmic Reef. NGC 2014 is The Red Nebula. NGC 2020 is The Blue Nebula.
Their home, the Large Magellanic Cloud is about 163,000 light-years from Earth.
A Luminous Blue Variable (LBV) star located 20,000 light-years from Earth.
It shines one million times brighter than our Sun. It's expected to go out
as a supernova.
It resides in the Tucana Constellation, A.K.A.The Toucan. Our neighbour galaxy,
the Small Magellanic Cloud (SMC), is home to NGC 121. NGC 121 is around 10 billion
years old and the oldest cluster in its galaxy.
A red giant and a white dwarf reside in this binary system. They're surrounded by a dynamic nebula.
A.K.A. Gamma Orionis (γ Orionis) is the 3rd. brightest star in the Orion Constellation.
This giant/subgiant is one of the 25 brightest stars in our night sky. Her
name in Latin means "Female Warrior" and she's often called the Amazon Star.
This "Magnetic Monster" has delicate filaments, individual threads of cool gas,
stretching up to 200,000 light-years. NGC 1275 features a Supermassive Black Hole
that likes to blow bubbles of energetic material into its surroundings.
Roughly 3,000 stars call this giant cluster home. It's crammed with
some of the hottest & brightest stars in the Milky Way. There are
faint dwarf stars and brown dwarfs that reside in this cluster as well.
You can see a massive star forming at the center. The nursery is located in the constellation Gemini.
It's located in the Lacerta constellation, a.k.a. The Lizard.
It resides in the Scorpius Constellation. Its "wings" are a roiling maelstrom of
super heated gas that races across space at about 950,000 kilometers per hour.