BORIS WENT OFF
EXPECTATIONS
No title available

Janaina Medeiros
YOU ARE THE REASON
Cosmic Funnies
𓃗
cherry valley forever
Monterey Bay Aquarium
sheepfilms
todays bird
Peter Solarz
Today's Document
noise dept.
One Nice Bug Per Day
trying on a metaphor
🩵 avery cochrane 🩵

Kiana Khansmith
Claire Keane
Not today Justin
Misplaced Lens Cap

seen from Russia
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@loverofvillains
BORIS WENT OFF
Gods don’t negotiate.
couldn’t find these calypso twins logs (all parts of ‘building a god-queen’) uploaded anywhere so i thought i’d share them myself!
Well that is it.
Borderlands 3 has taken over my life. I been waiting for Borderlands for the longest time and I am not disappointed so far
Five Reasons You Wouldn’t Want to Live Near a Black Hole
Black holes are mystifying yet terrifying cosmic phenomena. Unfortunately, people have a lot of ideas about them that are more science fiction than science. Black holes are not cosmic vacuum cleaners, sucking up anything and everything nearby. But there are a few ways Hollywood has vastly underestimated how absolutely horrid black holes really are.
Black holes are superdense objects with a gravitational pull so strong that not even light can escape them. Scientists have overwhelming evidence for two types of black holes, stellar and supermassive, and see hints of an in-between size that’s more elusive. A black hole’s type depends on its mass (a stellar black hole is five to 30 times the mass of the Sun, while a supermassive black hole is 100,000 to billions of times the mass of the Sun), and can determine where we’re most likely to find them and how they formed.
Let’s focus on supermassive black holes for now, shall we? Supermassive black holes exist in the centers of most large galaxies. Some examples are Sagittarius A* (that’s pronounced “A-star”) at the center of our Milky Way and the black hole at the center of galaxy Messier 87, which became famous earlier this year when the Event Horizon Telescope released an image of it. As the name suggests, these black holes are — well — supermassive. Why are they so enormous? Scientists suspect it has something to do with their locations in the centers of galaxies. With so many stars and lots of gas there, they can grow large rapidly (astronomically speaking).
You may have seen a portrayal of planets around supermassive black holes in the movies. But what would the conditions on those worlds actually look like? What kinds of problems might you face?
1. 100% chance for cosmic winds
“Space weather” describes the changing conditions in space caused by stellar activity. Solar eruptions produce intense radiation and clouds of charged particles that sweep through our planetary system and can affect technology we rely on, damaging satellites and even causing electrical blackouts. Thankfully, Earth’s atmosphere and magnetic field protect us from most of the storms produced by the Sun.
Now, space weather near a black hole would be interesting if the black hole is consuming matter. It could be millions — perhaps even billions — of times stronger than the Sun’s, depending on how close the planet is. Even though black holes don’t emit light themselves, their surroundings can be very bright and hot. Accretion disks — swirling clouds of matter falling toward black holes — emit huge amounts of radiation and particles and form incredible magnetic fields. In them, you’d also have to worry about debris traveling at nearly the speed of light, slamming into your planet. It’d be hard to avoid getting hit by anything coming at you that fast!
2. Hello? Can you still hear us?
We launched the Parker Solar Probe to learn more about the Sun. If you lived on a world around a supermassive black hole, you’d probably want to study it too. But it would be a lot more challenging!
You’d have to launch satellites that could withstand the extreme space weather. And then there would be major communication issues — a time-delay in messages sent between the spacecraft and your planet.
On Earth we experience time gaps when talking to missions on Mars. It takes up to 22 minutes to hear back from them. Around a black hole, that effect would be much more extreme. Objects closer to the black hole would experience time differently, making things seem slower than they actually are. That means the delay in communications with a satellite launched toward a black hole would become longer and longer as it got closer and closer. By the time you hear back from your satellite, it might be gone!
3. Can someone turn off the lights?
Supermassive black holes at the centers of galaxies typically have a lot of nearby stars. In fact, if you were to live on a planet near the center of the Milky Way, there would be so many stars you could read at night without using electricity.
That sounds kind of cool, right? Maybe — unless your planet is actually orbiting the supermassive black hole. Being that close, the light from all those stars would be concentrated and amplified due to the extreme gravity around the black hole, making the light stronger and even causing scary beams of strong radiation. You would want to have a bucket of sunscreen ready to apply often — or simply never leave your home.
4. Did someone leave the oven on?
And not only would it be really bright, it would also be really toasty, thanks to radioactive heating! Those stars hanging around the black hole emit not just light but ghostly particles called neutrinos— speedy, tiny particles that weigh almost nothing and rarely interact with anything. While neutrinos coming from our Sun aren’t enough to harm us, the volume that would be coming from the cluster of stars near a black hole would be enough to radioactively heat up whatever they slam into.
The planet would absorb neutrinos, which would, in turn, warm up the core of the planet eventually making it unbearably hot. It would be like living in a nuclear reactor. At least you’d be warm and could toss your winter coats?
5. You are what you eat?
If your planet got too close to a black hole, you’d likely face a gruesome fate. The forces from the black hole’s gravity stretch matter, essentially turning it into a noodle. We call this spaghettification. (Beware the cosmic pasta-making machine?) Imagine yourself falling feet-first toward a black hole. Spaghettification happens because the gravity at your feet is sooooo much stronger than that at your head that you start to stretch out!
Maybe you wish you could simply drift around a black hole in a spacecraft and enjoy the view, or travel through one like science fiction depicts. Sadly, even if we had the means to get close to a black hole, it clearly wouldn’t be that simple or even very enjoyable.
Watch Dr. Jeremy Schnittman’s talk on the science behind the black hole from the movie Interstellar here.
Make sure to follow us on Tumblr for your regular dose of space: http://nasa.tumblr.com
When you read and have a stroke of genius
I will have another readerfic coming!!! Maybe more professor Kuiper because of the idea I had. Let me just say, for those of you that study physics as well:
Thermodynamics.
This will be the theme. If you enjoyed "Binary Stars" metaphors, you are gonna LOVE this.
Mind blown Realization of the Day
I just realized. I got my Sigma Cute Spray...in the EXACT. SAME. POINT. AND. LOCATION. In Watchpoint: Gibraltar as when I got my other main’s Cute spray, Junkrat... The odds. Wtf. HOW.
It has been done!!!
I now have a Sigma blog for RP! I will share some stuff there but it will be mostly RP reasons. There is an ask me option, if someone wishes to do so! And have me write something as him! The blog is:
@doctor-siebren-de-kuiper
May throw in random astrophysics facts too at times. After all, he likes to teach and show the world new discoveries!!!
So I was thinking of an RP Tumblr Blog
I love RP. I typically do so on Discord. However, I don’t mind doing blogs. I am thinking of starting a Sigma one, in case anyone is interested! As well as update my blog with fics, and the like. I love to write, and given I tend to be a methodical RPer, I promise good content!
Shippers gonna ship
I got more SigmaxReader content coming! I swear, cross my heart! But I also have a guilty love for MaxMaker (Maximilien and Widowmaker), thanks to a wonderful artist named Dashiana and her amazing art (Really, her MaxMaker art made me fall in love with the pairing!) This was a one-shot that I hope is worthy of some love here on Tumblr! And this one is SFW! More fluff than anything! Also, this pairing...I dove down rabbit holes...to the point of even recounting events Amelie would have gone through, how her psyche changed from the initial conditioning, and further after killing Gerard, and the little clues she may be breaking the conditioning as of late. There are plans for a full fledged fanfiction I may make for them and post to Wattpad sometime, if anyone is interested! The main idea is her conditioning is breaking, and she has kept it quiet for a while, not wanting to be re-conditioned. But Maximilien can tell, and has had her on some business trips with him, and over time, has become quite fond of her, to the point he neglects to alert Moira about Amelie’s deteriorating conditioning. To the point he knows he feels something for her, especially when she begins to warm up to him.
French Nights
Sixteen Images for Spitzer's Sweet 16! 🎂
We launched our Spitzer Space Telescope into orbit around the Sunday on Aug. 25, 2003. Since then, the observatory has been lifting the veil on the wonders of the cosmos, from our own solar system to faraway galaxies, using infrared light.
Thanks to Spitzer, scientists were able to confirm the presence of seven rocky, Earth-size planets in the TRAPPIST-1 system. The telescope has also provided weather maps of hot, gaseous exoplanets and revealed a hidden ring around Saturn. It has illuminated hidden collections of dust in a wide variety of locations, including cosmic nebulas (clouds of gas and dust in space), where young stars form, and swirling galaxies. Spitzer has additionally investigated some of the universe’s oldest galaxies and stared at the black hole at the center of the Milky Way.
In honor of Spitzer’s Sweet 16 in space, here are 16 amazing images from the mission.
Giant Star Makes Waves
This Spitzer image shows the giant star Zeta Ophiuchi and the bow shock, or shock wave, in front of it. Visible only in infrared light, the bow shock is created by winds that flow from the star, making ripples in the surrounding dust.
The Seven Sisters Pose for Spitzer
The Pleiades star cluster, also known as the Seven Sisters, is a frequent target for night sky observers. This image from Spitzer zooms in on a few members of the sisterhood. The filaments surrounding the stars are dust, and the three colors represent different wavelengths of infrared light.
Young Stars in Their Baby Blanket of Dust
Newborn stars peek out from beneath their blanket of dust in this image of the Rho Ophiuchi nebula. Called “Rho Oph” by astronomers and located about 400 light-years from Earth, it’s one of the closest star-forming regions to our own solar system.
The youngest stars in this image are surrounded by dusty disks of material from which the stars — and their potential planetary systems — are forming. More evolved stars, which have shed their natal material, are blue.
The Infrared Helix
Located about 700 light-years from Earth, the eye-like Helix nebula is a planetary nebula, or the remains of a Sun-like star. When these stars run out of their internal fuel supply, their outer layers puff up to create the nebula. Our Sun will blossom into a planetary nebula when it dies in about 5 billion years.
The Tortured Clouds of Eta Carinae
The bright star at the center of this image is Eta Carinae, one of the most massive stars in the Milky Way galaxy. With around 100 times the mass of the Sun and at least 1 million times the brightness, Eta Carinae releases a tremendous outflow of energy that has eroded the surrounding nebula.
Spitzer Spies Spectacular Sombrero
Located 28 million light-years from Earth, Messier 104 — also called the Sombrero galaxy or M104 — is notable for its nearly edge-on orientation as seen from our planet. Spitzer observations were the first to reveal the smooth, bright ring of dust (seen in red) circling the galaxy.
Spiral Galaxy Messier 81
This infrared image of the galaxy Messier 81, or M81, reveals lanes of dust illuminated by active star formation throughout the galaxy’s spiral arms. Located in the northern constellation of Ursa Major (which includes the Big Dipper), M81 is also about 12 million light-years from Earth.
Spitzer Reveals Stellar Smoke
Messier 82 — also known as the Cigar galaxy or M82 — is a hotbed of young, massive stars. In visible light, it appears as a diffuse bar of blue light, but in this infrared image, scientists can see huge red clouds of dust blown out into space by winds and radiation from those stars.
A Pinwheel Galaxy Rainbow
This image of Messier 101, also known as the Pinwheel Galaxy or M101, combines data in the infrared, visible, ultraviolet and X-rays from Spitzer and three other NASA space telescopes: Hubble, the Galaxy Evolution Explorer’s Far Ultraviolet detector (GALEX) and the Chandra X-Ray Observatory. The galaxy is about 70% larger than our own Milky Way, with a diameter of about 170,000 light-years, and sits at a distance of 21 million light-years from Earth. Read more about its colors here.
Cartwheel Galaxy Makes Waves
Approximately 100 million years ago, a smaller galaxy plunged through the heart of the Cartwheel galaxy, creating ripples of brief star formation. As with the Pinwheel galaxy above, this composite image includes data from NASA’s Spitzer, Hubble, GALEX and Chandra observatories.
The first ripple appears as a bright blue outer ring around the larger object, radiating ultraviolet light visible to GALEX. The clumps of pink along the outer blue ring are X-ray (observed by Chandra) and ultraviolet radiation.
Spitzer and Hubble Create Colorful Masterpiece
Located 1,500 light-years from Earth, the Orion nebula is the brightest spot in the sword of the constellation Orion. Four massive stars, collectively called the Trapezium, appear as a yellow smudge near the image center. Visible and ultraviolet data from Hubble appear as swirls of green that indicate the presence of gas heated by intense ultraviolet radiation from the Trapezium’s stars. Less-embedded stars appear as specks of green, and foreground stars as blue spots. Meanwhile, Spitzer’s infrared view exposes carbon-rich molecules called polycyclic aromatic hydrocarbons, shown here as wisps of red and orange. Orange-yellow dots are infant stars deeply embedded in cocoons of dust and gas.
A Space Spider Watches Over Young Stars
Located about 10,000 light-years from Earth in the constellation Auriga, the Spider nebula resides in the outer part of the Milky Way. Combining data from Spitzer and the Two Micron All Sky Survey (2MASS), the image shows green clouds of dust illuminated by star formation in the region.
North America Nebula in Different Lights
This view of the North America nebula combines visible light collected by the Digitized Sky Survey with infrared light from NASA’s Spitzer Space Telescope. Blue hues represent visible light, while infrared is displayed as red and green. Clusters of young stars (about 1 million years old) can be found throughout the image.
Spitzer Captures Our Galaxy’s Bustling Center
This infrared mosaic offers a stunning view of the Milky Way galaxy’s busy center. The pictured region, located in the Sagittarius constellation, is 900 light-years agross and shows hundreds of thousands of mostly old stars amid clouds of glowing dust lit up by younger, more massive stars. Our Sun is located 26,000 light-years away in a more peaceful, spacious neighborhood, out in the galactic suburbs.
The Eternal Life of Stardust
The Large Magellanic Cloud, a dwarf galaxy located about 160,000 light-years from Earth, looks like a choppy sea of dust in this infrared portrait. The blue color, seen most prominently in the central bar, represents starlight from older stars. The chaotic, bright regions outside this bar are filled with hot, massive stars buried in thick blankets of dust.
A Stellar Family Portrait
In this large celestial mosaic from Spitzer, there’s a lot to see, including multiple clusters of stars born from the same dense clumps of gas and dust. The grand green-and-orange delta filling most of the image is a faraway nebula. The bright white region at its tip is illuminated by massive stars, and dust that has been heated by the stars’ radiation creates the surrounding red glow.
Managed by our Jet Propulsion Laboratory in Pasadena, California, Spitzer’s primary mission lasted five-and-a-half years and ended when it ran out of the liquid helium coolant necessary to operate two of its three instruments. But, its passive-cooling design has allowed part of its third instrument to continue operating for more than 10 additional years. The mission is scheduled to end on Jan. 30, 2020.
Make sure to follow us on Tumblr for your regular dose of space: http://nasa.tumblr.com
Organic Chemistry - A Sigma/Moira Overwatch Story
Warnings: Rated M
Summary: Siebren tries to recover physically and mentally while working for Talon but a visit from Dr. O'Deorain stirs him up more than he thought it would.
Read it here on AO3
The first Readerfic I have ever written
@ssigmas, I blame you entirely for this! However, I am sort of grateful for inspiration! I been struggling with writing lately and stagnant too long. Thousands of ideas swirling in the head at work, get home, BLANK at the laptop. Why.
So this is going to be a SigmaxReader fic! And it's my first reader fic. Be gentle >.>
Binary Stars
Leaked footage from TROS
WHO DID THIS 🤣
Ok, but we’re soooooo in White Swan/Black Swan territory and it’s delicious
lol
I CAN’T BREATHE—
THIS IS THE BEST
why did they give this line to the villain
To make it seem like a bad thing to young girls
In this scene she admires her for her artistic talent in design and what she could potentially do with it. She’s right in a way. Young women get married just for the sake of it, like they are supposed to. I was expected to do the same. I was looked down upon in my family for not getting married right out of high school. Instead I pursued my own interests and later my education, which changed me in great ways and made me a better person for the world. I was the first woman in my family to go to college. And not to say marriage is wrong, I am actually in a relationship with marriage in the future. What I am saying that a young girl should not drop her talent or ambitions based on outdated societal expectations of others. Dream big young ladies, you alone measure your worth.
HOW TO PLAY SIGMA LIKE A PRO guide from obviously a professional player
1. RETRACT YO DAMN SHIELD AS OFTEN AS YOU CAN THIS THING AINT GONNA LAST LONG
2. dont fucking suck up things with l-shift that aren’t particles or charges (e.g. zaryas primary fire, you. you can’t)
3. and, you are LEGALLY allowed by me to SUCK UP moiras DAMN BIOTIC ORBS with your KINETIC SUCK because THESE DANG THANGS are annoying A S F U C K
4. use yo barrier against literally any ultimate. any. rein slams his hammer down? barrier. moira’s coalescence? barrier. okay im joking against specifically these two a barrier won’t do anything at all
5. but, if you hate hammond as much as i do, make sure your barrier is charged and fuckin’ make it fly through his mine field, the barrier blows them the FUCK up better than anything. the enemy hamster is sad, your shield is destroyed, no damage to your team. great job.
6. keep in mind that throwing a boulder takes some time (around 2 seconds) and you really gotta aim for that, because it ain’t going anywhere but straight. it’s good throwing one when you know that’s it’s definitely going to land on the enemies fucking FACE. you’re not sigma, YOURE DWAYNE THE ROCK JOHNSON HIMSELF. NOT EVEN DOOMFIST CAN COMPETE
7. do keep in mind though that if you throw a rock at someone within a long distance, it can knock them off a little. and its good for pushing them OUTTA yo dang point
8. you have a problem in the face of a hammond who hooked on an object in the center of still YO DANG POINT and knocks off everyone by spinning around it? BOULDER. by timing it right within a distance, you can knock him off with it too. it just needs practice to time exactly when he makes a spin right near you, but press e approximately when he’s out of your sight and on the other side.
9. seriously, use yo boulder. you can do things with it
10. YOUR PRIMARY FIRE IS NUTS BRO! IT TAKES ONE (1) SHOT OF THESE TWO ORBS TO DESTROY A RIP TIRE, HOW MUCH DAMAGE IS THAT? however, much like with the boulder, you have to time it. very similar to an obvious strategy with pharah’s rockets, you have to shoot right in the direction where your enemy is going to go, not when it is right now, because orbs take time to fly to the target. also, don’t keep a long distance to shoot, because they (who would’ve thought) destroy themselves after some distance. you ain’t a sniper (unless..? haha just kidding.. unl-)
11. THE MOST IMPORTANT ONE
dont forget to hug sigma himself because he’s doing so great isn’t he.