Love Begins
tannertan36
Not today Justin
Three Goblin Art
let's talk about Bridgerton tea, my ask is open
titsay
Aqua Utopia｜海の底で記憶を紡ぐ
we're not kids anymore.
Peter Solarz
⁂
Discoholic 🪩
Claire Keane
sheepfilms
tumblr dot com
Stranger Things
macklin celebrini has autism
Show & Tell
❣ Chile in a Photography ❣
occasionally subtle
trying on a metaphor
seen from Singapore
seen from France
seen from Brazil
seen from Japan
seen from United States
seen from Malaysia
seen from Norway
seen from Singapore
seen from Canada
seen from Morocco
seen from Indonesia
seen from United States
seen from United States
seen from Philippines
seen from Malaysia
seen from Philippines
seen from South Africa
seen from Germany
seen from Israel
seen from Netherlands
@lostamind
MINIMALISTSOURCE’S 1K CELEBRATION film genre per member • period drama • by emma ( @evanbuckleys ) pride & prejudice (2005) • dir. joe wright — you have bewitched me, body and soul. and i love…i love…i love you. i never wish to be parted from you from this day on.
I can smell the cinnamon 😋 (at UNLV) https://www.instagram.com/p/CktHzVXJyQYvfuyQWgU_uIvv7DU30e7cFhQi6M0/?igshid=NGJjMDIxMWI=
Definitely needed today 😮💨 (at UNLV) https://www.instagram.com/p/CkgO5MZryPz6UB2J09-nfMAp2XEjMTXRrfoV640/?igshid=NGJjMDIxMWI=
Waited in line for over 2 hours. Worth it! (at Cheyenne High School) https://www.instagram.com/p/CkcV0NIr5a_uK1FeggIuoVREZLXAo7cGR2Quzw0/?igshid=NGJjMDIxMWI=
Go Knights!!!! Won 2-1 in Overtime!!!! (at T-Mobile Arena) https://www.instagram.com/p/CkXNaYzLEle5GPXDwFO5UkUNA3gUY-qotE_Gmg0/?igshid=NGJjMDIxMWI=
"Lucky implies I didn't do anything. Lucky implies something was given to me. Lucky implies I was handed something I did not earn, that I did not work hard for. Gentle reader, may you never be lucky. I am not lucky. You know what I am? I am smart, I am talented, I take advantage of the opportunities that come my way and I work really, really hard. Don't call me lucky. Call me a badass." -Shonda Rhimes https://www.instagram.com/p/CkShF6kOydwUCqToZlmJAqrqAszPKqlebR7WvQ0/?igshid=NGJjMDIxMWI=
John Christopher Depp II and his eccentric characters ♥
He will always be my favorite 😍
get to know me ≡ films → [7/∞] harry potter and the deathly hallows (2010-11)
On the night Lord Voldemort went to Godric’s Hollow to kill Harry, and Lily Potter cast herself between them, the curse rebounded. When that happened, a part of Voldemort’s soul latched itself onto the only living thing it could find. Harry himself. There’s a reason Harry can speak with snakes. There’s a reason he can look into Lord Voldemort’s mind. A part of Voldemort lives inside him.
Infrared is Beautiful
Why was James Webb Space Telescope designed to observe infrared light? How can its images hope to compare to those taken by the (primarily) visible-light Hubble Space Telescope? The short answer is that Webb will absolutely capture beautiful images of the universe, even if it won’t see exactly what Hubble sees. (Spoiler: It will see a lot of things even better.)
The James Webb Space Telescope, or Webb, is our upcoming infrared space observatory, which will launch in 2019. It will spy the first luminous objects that formed in the universe and shed light on how galaxies evolve, how stars and planetary systems are born, and how life could form on other planets.
What is infrared light?
This may surprise you, but your remote control uses light waves just beyond the visible spectrum of light—infrared light waves—to change channels on your TV.
Infrared light shows us how hot things are. It can also show us how cold things are. But it all has to do with heat. Since the primary source of infrared radiation is heat or thermal radiation, any object that has a temperature radiates in the infrared. Even objects that we think of as being very cold, such as an ice cube, emit infrared.
There are legitimate scientific reasons for Webb to be an infrared telescope. There are things we want to know more about, and we need an infrared telescope to learn about them. Things like: stars and planets being born inside clouds of dust and gas; the very first stars and galaxies, which are so far away the light they emit has been stretched into the infrared; and the chemical fingerprints of elements and molecules in the atmospheres of exoplanets, some of which are only seen in the infrared.
In a star-forming region of space called the ‘Pillars of Creation,’ this is what we see with visible light:
And this is what we see with infrared light:
Infrared light can pierce through obscuring dust and gas and unveil a more unfamiliar view.
Webb will see some visible light: red and orange. But the truth is that even though Webb sees mostly infrared light, it will still take beautiful images. The beauty and quality of an astronomical image depends on two things: the sharpness of the image and the number of pixels in the camera. On both of these counts, Webb is very similar to, and in many ways better than, Hubble. Webb will take much sharper images than Hubble at infrared wavelengths, and Hubble has comparable resolution at the visible wavelengths that Webb can see.
Webb’s infrared data can be translated by computer into something our eyes can appreciate – in fact, this is what we do with Hubble data. The gorgeous images we see from Hubble don’t pop out of the telescope looking fully formed. To maximize the resolution of the images, Hubble takes multiple exposures through different color filters on its cameras.
The separate exposures, which look black and white, are assembled into a true color picture via image processing. Full color is important to image analysis of celestial objects. It can be used to highlight the glow of various elements in a nebula, or different stellar populations in a galaxy. It can also highlight interesting features of the object that might be overlooked in a black and white exposure, and so the images not only look beautiful but also contain a lot of useful scientific information about the structure, temperatures, and chemical makeup of a celestial object.
This image shows the sequences in the production of a Hubble image of nebula Messier 17:
Here’s another compelling argument for having telescopes that view the universe outside the spectrum of visible light – not everything in the universe emits visible light. There are many phenomena which can only be seen at certain wavelengths of light, for example, in the X-ray part of the spectrum, or in the ultraviolet. When we combine images taken at different wavelengths of light, we can get a better understanding of an object, because each wavelength can show us a different feature or facet of it.
Just like infrared data can be made into something meaningful to human eyes, so can each of the other wavelengths of light, even X-rays and gamma-rays.
Below is an image of the M82 galaxy created using X-ray data from the Chandra X-ray Observatory, infrared data from the Spitzer Space Telescope, and visible light data from Hubble. Also note how aesthetically pleasing the image is despite it not being just optical light:
Though Hubble sees primarily visible light, it can see some infrared. And despite not being optimized for it, and being much less powerful than Webb, it still produced this stunning image of the Horsehead Nebula.
It’s a big universe out there – more than our eyes can see. But with all the telescopes now at our disposal (as well as the new ones that will be coming online in the future), we are slowly building a more accurate picture. And it’s definitely a beautiful one. Just take a look…
…At this Spitzer infrared image of a shock wave in dust around the star Zeta Ophiuchi.
…this Spitzer image of the Helix Nebula, created using infrared data from the telescope and ultraviolet data from the Galaxy Evolution Explorer.
…this image of the “wing” of the Small Magellanic Cloud, created with infrared data from Spitzer and X-ray data from Chandra.
…the below image of the Milky Way’s galactic center, taken with our flying SOFIA telescope. It flies at more than 40,000 feet, putting it above 99% of the water vapor in Earth’s atmosphere– critical for observing infrared because water vapor blocks infrared light from reaching the ground. This infrared view reveals the ring of gas and dust around a supermassive black hole that can’t be seen with visible light.
…and this Hubble image of the Mystic Mountains in the Carina Nebula.
Learn more about the James Webb Space Telescope HERE, or follow the mission on Facebook, Twitter and Instagram.
Image Credits Eagle Nebula: NASA, ESA/Hubble and the Hubble Heritage Team Hubble Image Processing - Messier 17: NASA/STScI Galaxy M82 Composite Image: NASA, CXC, JHU, D.Strickland, JPL-Caltech, C. Engelbracht (University of Arizona), ESA, and The Hubble Heritage Team (STScI/AURA) Horsehead Nebula: NASA, ESA, and The Hubble Heritage Team (STScI/AURA) Zeta Ophiuchi: NASA/JPL-Caltech Helix Nebula: NASA/JPL-Caltech Wing of the Small Magellanic Cloud X-ray: NASA/CXC/Univ.Potsdam/L.Oskinova et al; Optical: NASA/STScI; Infrared: NASA/JPL-Caltech Milky Way Circumnuclear Ring: NASA/DLR/USRA/DSI/FORCAST Team/ Lau et al. 2013 Mystic Mountains in the Carina Nebula: NASA/ESA/M. Livio & Hubble 20th Anniversary Team (STScI)
Make sure to follow us on Tumblr for your regular dose of space: http://nasa.tumblr.com.
Infrared is Beautiful
Why was James Webb Space Telescope designed to observe infrared light? How can its images hope to compare to those taken by the (primarily) visible-light Hubble Space Telescope? The short answer is that Webb will absolutely capture beautiful images of the universe, even if it won’t see exactly what Hubble sees. (Spoiler: It will see a lot of things even better.)
The James Webb Space Telescope, or Webb, is our upcoming infrared space observatory, which will launch in 2019. It will spy the first luminous objects that formed in the universe and shed light on how galaxies evolve, how stars and planetary systems are born, and how life could form on other planets.
What is infrared light?
This may surprise you, but your remote control uses light waves just beyond the visible spectrum of light—infrared light waves—to change channels on your TV.
Infrared light shows us how hot things are. It can also show us how cold things are. But it all has to do with heat. Since the primary source of infrared radiation is heat or thermal radiation, any object that has a temperature radiates in the infrared. Even objects that we think of as being very cold, such as an ice cube, emit infrared.
There are legitimate scientific reasons for Webb to be an infrared telescope. There are things we want to know more about, and we need an infrared telescope to learn about them. Things like: stars and planets being born inside clouds of dust and gas; the very first stars and galaxies, which are so far away the light they emit has been stretched into the infrared; and the chemical fingerprints of elements and molecules in the atmospheres of exoplanets, some of which are only seen in the infrared.
In a star-forming region of space called the ‘Pillars of Creation,’ this is what we see with visible light:
And this is what we see with infrared light:
Infrared light can pierce through obscuring dust and gas and unveil a more unfamiliar view.
Webb will see some visible light: red and orange. But the truth is that even though Webb sees mostly infrared light, it will still take beautiful images. The beauty and quality of an astronomical image depends on two things: the sharpness of the image and the number of pixels in the camera. On both of these counts, Webb is very similar to, and in many ways better than, Hubble. Webb will take much sharper images than Hubble at infrared wavelengths, and Hubble has comparable resolution at the visible wavelengths that Webb can see.
Webb’s infrared data can be translated by computer into something our eyes can appreciate – in fact, this is what we do with Hubble data. The gorgeous images we see from Hubble don’t pop out of the telescope looking fully formed. To maximize the resolution of the images, Hubble takes multiple exposures through different color filters on its cameras.
The separate exposures, which look black and white, are assembled into a true color picture via image processing. Full color is important to image analysis of celestial objects. It can be used to highlight the glow of various elements in a nebula, or different stellar populations in a galaxy. It can also highlight interesting features of the object that might be overlooked in a black and white exposure, and so the images not only look beautiful but also contain a lot of useful scientific information about the structure, temperatures, and chemical makeup of a celestial object.
This image shows the sequences in the production of a Hubble image of nebula Messier 17:
Here’s another compelling argument for having telescopes that view the universe outside the spectrum of visible light – not everything in the universe emits visible light. There are many phenomena which can only be seen at certain wavelengths of light, for example, in the X-ray part of the spectrum, or in the ultraviolet. When we combine images taken at different wavelengths of light, we can get a better understanding of an object, because each wavelength can show us a different feature or facet of it.
Just like infrared data can be made into something meaningful to human eyes, so can each of the other wavelengths of light, even X-rays and gamma-rays.
Below is an image of the M82 galaxy created using X-ray data from the Chandra X-ray Observatory, infrared data from the Spitzer Space Telescope, and visible light data from Hubble. Also note how aesthetically pleasing the image is despite it not being just optical light:
Though Hubble sees primarily visible light, it can see some infrared. And despite not being optimized for it, and being much less powerful than Webb, it still produced this stunning image of the Horsehead Nebula.
It’s a big universe out there – more than our eyes can see. But with all the telescopes now at our disposal (as well as the new ones that will be coming online in the future), we are slowly building a more accurate picture. And it’s definitely a beautiful one. Just take a look…
…At this Spitzer infrared image of a shock wave in dust around the star Zeta Ophiuchi.
…this Spitzer image of the Helix Nebula, created using infrared data from the telescope and ultraviolet data from the Galaxy Evolution Explorer.
…this image of the “wing” of the Small Magellanic Cloud, created with infrared data from Spitzer and X-ray data from Chandra.
…the below image of the Milky Way’s galactic center, taken with our flying SOFIA telescope. It flies at more than 40,000 feet, putting it above 99% of the water vapor in Earth’s atmosphere– critical for observing infrared because water vapor blocks infrared light from reaching the ground. This infrared view reveals the ring of gas and dust around a supermassive black hole that can’t be seen with visible light.
…and this Hubble image of the Mystic Mountains in the Carina Nebula.
Learn more about the James Webb Space Telescope HERE, or follow the mission on Facebook, Twitter and Instagram.
Image Credits Eagle Nebula: NASA, ESA/Hubble and the Hubble Heritage Team Hubble Image Processing - Messier 17: NASA/STScI Galaxy M82 Composite Image: NASA, CXC, JHU, D.Strickland, JPL-Caltech, C. Engelbracht (University of Arizona), ESA, and The Hubble Heritage Team (STScI/AURA) Horsehead Nebula: NASA, ESA, and The Hubble Heritage Team (STScI/AURA) Zeta Ophiuchi: NASA/JPL-Caltech Helix Nebula: NASA/JPL-Caltech Wing of the Small Magellanic Cloud X-ray: NASA/CXC/Univ.Potsdam/L.Oskinova et al; Optical: NASA/STScI; Infrared: NASA/JPL-Caltech Milky Way Circumnuclear Ring: NASA/DLR/USRA/DSI/FORCAST Team/ Lau et al. 2013 Mystic Mountains in the Carina Nebula: NASA/ESA/M. Livio & Hubble 20th Anniversary Team (STScI)
Make sure to follow us on Tumblr for your regular dose of space: http://nasa.tumblr.com.
Taking Astronomy this semester has rekindled my admiration for the marvel that is our universe.
Can't stop now. Time will pass us by. It neither slows down nor stops for any of us. Might as well achieve something great while it ticks away.
Just like Slughorn, Albus Dumbledore collects people. Only, instead of focusing on those with influence, he looks to the outcasts.
The expelled half-giant. The young werewolf. The repentant Death Eater.
He protects them and gives them a second chance. All he asks in return is their loyalty.
And, if on occasion he requests that they undertake a certain task, invoking their debt of gratitude - well, that is no more than he is owed.
He once thought to add a certain disowned Black to his collection, but quickly realised his mistake.
Sirius is not an outcast, but a rebel. He knowingly chose his path, and chooses what price he is willing to pay for it. He refuses to be used.
So Albus Dumbledore abandons him.
Who gave you the RIGHT?
Dumbledore knows Sirius’s loyalty lies with Harry instead of him, and he has no use for someone who is not willing to follow his orders without question.
Ooooohoo if there’s ever a post that fits my aesthetic…
okay but then where does Harry himself fit into this collection? Is he an outcast because he is “the Boy Who Lived”?
Nooonono, my friend, that’s what makes this post so beautiful. Because it fits the meta I’ve been trying to get people to accept for years.
Harry was an outcast due to a childhood filled with abuse and neglect.
Vernon made him an outcast by dismissing his claims of magic, berating him, locking him in a CLOSET and putting bars on his window, and let’s face it, even though her editor made her cut it out, Jo intended for there to be physical abuse.
Petunia made him an outcast by enabling and contributing to this abuse, as well as making Harry do dozens of chores while doting on Dudley.
Dudley made him an outcast by bullying him and threatening any students at school who wanted to be his friends.
And the rest of the wizarding world made him an outcast when they bullied him for being an outsider.
Harry James Potter became an outcast the moment he was placed with The Dursleys.
And who put him there in the first place?
The life and lies of Albus Dumbledore
I could more easily forgive his vanity had he not wounded mine.
Passionate Love <3
“Be not afraid of greatness: some are born great, some achieve greatness, and some have greatness thrust upon ‘em.“ - William Shakespeare.
Greatness is underrated.
Greatness is unappreciated.
Often times we bet caught up in seeing all the negativity that exists in our everyday lives. We must learn to accept the reality of our own greatness. I believe that most of us are deep down truly afraid of our own greatness.
We are taught to settle.
All those years we spent sitting in rows through our school years are set up to make that happen. Subliminal messages are imbedded in everything that we are taught from childhood.
Ask a child what they dream of being when they grow up. Princess. Iron Man. Pilot. Astronaut. Fireman. Teacher.
How many of us keep that dream as we get older? Why is it that we change our minds and grow up to be something “a grown up” should be? Why don't we all pursue our dreams regardless of what they are?
There are many things working to keep the masses from accomplishing their full measure of potential. The system does not work equally for everyone. For the majority of us born outside of privilege, it is an uphill and exhausting battle to wager against the forces that work tirelessly to keep each group in its “proper” place.
Certain groups live in certain areas.
Certain groups earn certain annual incomes.
Certain groups live their lives running from persecution.
Certain groups are more educated than others.
Certain groups are underrepresented in government.
We are all victims of this. Yet, we will stay the victims the more divided they make us. They want us to fight each other while they thrive.
Stand up for what you believe in. Unite for what we believe in.
“Be not afraid of Greatness.”
