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Claire Keane

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@messygirl247
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I love huskys for the next reasons
A remarkable Jacobean re-emergence after 200 years of yellowing varnish Courtesy Philip Mould
PAINT RESTORATION OF MESMERIZING
I saw this on Twitter. He’s using acetone, but a cellulose ether has been added to make it into a gel (probably Klucel—this entire gel mixture is sometimes just called Klucel by restorers, but Klucel is specifically the stuff that makes the gel).
Normally, acetone is too volatile for restoration, but when it’s a gel, it becomes very stable and a) stays on top of the porous surface of the painting, and b) won’t evaporate. So it can eat up the varnish.
It looks scary, but acetone has no effect on oils, and jelly acetone is even less interactive with the surface of the paint or canvas.
Will someone PLEASE clean the mona lisa
For those who are wondering, they cleaned a copy of the Mona Lisa made by one of Da Vinchi’s students, and here’s a side by side comparison:
CLEAN THE FUCKING MONA LISA.
A couple problems with cleaning the Mona Lisa:
The Mona Lisa is a glazed painting.
A Direct Painting is one in which the artist mixes a large amount of paint of the correct value and shade the first time, and applies it to the painting. A Glazed Painting is a painting in which an underpainting is painted, generally in shades of gray or brown, and a allowed to dry, before layers of very thin glaze - a mixture of a tiny bit of pigment and a lot of oil - is applied to the surface. Some artists, such as Leonardo, choose to work this way because it provides an incredible sense of light and illumination (look at how the real Mona Lisa seems to glow).
The Mona Lisa is an incredible work of glazed painting, but that makes it fragile, so fragile that many conservators don’t want to work on it because it’s extremely difficult and a conservation effort go wrong for many many reasons. One of the reasons it could go wrong is that the glazes and the varnish layers are actually a very similar chemical composition, and a conservator could accidentally strip off layers of glaze while removing the varnish.
In fact, in 1809 during its first restoration when they stripped off the varnish, they also stripped off some of the top paint layers, which has caused the painting to look more washed out than Leonardo painted it.
The Mona Lisa also has a frankly ridiculous amount of glaze layers on it, as Leonardo considered it incomplete up until he died, He actually took it with him when he left Italy (fleeing charges of homosexuality), meaning it never even got to the family who had commissioned it, and instead constantly altered it, trying to get it just a touch more perfect every time. That makes it really fragile, with countless layers of very thin paint, many of which have cracked, warped, flaked, or discolored. It’s not just the top layer, its layers and layers of glazing throughout the painting that have slowly discolored or been damaged over time.
Speaking of damage, look at the cracking. That’s called craquelure; it happens with many painting’s (even ones that aren’t painted with this technique) because the paint shrinks as it dries, or the surface it’s painted on warps. Notice that the other painting has very little of it, even though it’s almost the same age.
The reason the Mona Lisa has so much craquelure is because Leonardo was highly experimental, almost to the point of it being his biggest flaw. There were established painting techniques, and then there were Leonardo’s painting techniques. The established painting techniques were created in order to insure longevity and quality, but Leonardo didn’t stick to any of them. This has made his work a ticking time bomb of deterioration.
Don’t believe me, check it out:
This is how most people think The Last Supper looks
But this is actually a copy done by Andrea Solari in 1520.
The actual Last Supper looks like this:
The Last Supper has been painstakingly and teadiously restored, with conservators sometimes working on sections as small as 4 cm a day. To get to it you’ve got to walk through a series of airlocks (AIRLOCKS!?!?!) and they only allow 15 people at a time because the moisture from your breath and your skin particles will damage it. Despite all of the precautions and restoration, it still looks like that.
This is because Leonardo painted the last supper using highly experimental methods. He didn’t use the traditional wet-into-wet method that fresco painters used, and insead painted onto the dry plaster on the wall, meaning the paint did not chemically adhere. Before he even died the painting had already begun to flake. It’s a miracle it’s still there at all.
They’ve done what restoration they can on The Last Supper because the painting will absolutely disappear if they don’t. The Mona Lisa, which is delicate, but much more stable, doesn’t need the same kind of attention. And, like many of his works, is just too delicate to touch, and the risk of doing irreparable damage to it is far too high. The Mona Lisa is insured for something like 800 million dollars, and that’s a lot of money to be ruined by one wrong brush stroke. (fun fact: the most expensive painting ever sold was also a Leonardo, the Salvator Mundi, and it went for 450 million dollars.)
Furthermore, there are probably only 20 or so authenticated Leonardo paintings in the whole world. If you look through the list, most of them aren’t even fully done by him, are disputed, or aren’t even finished. It’s simply too difficult and too risky to restore the Mona Lisa, one of Leonardo’s only finished and mostly intact works, when there’s hardly any more of his paintings to fall back on.
Now the painting you see in the video above is 200 years old, not 600 years old, and I assure you, the conservators decided the risk to restore it was minimal (after extensive research, paint testing, x-raying, gamma radiation, etc.) and that the work they were doing was worth the risk based on the painting’s value.
Conservators make the decision all the time about how much they can do for a painting, because really, they have the ability to completely strip a painting of all varnish and glazes and just repaint the whole thing (which happens to a lot of badly damaged paintings, especially when there’s no way to save them - one of the very small museums in my area recently deaccessioned a Monet because it was barely original, and no one wants to look at a Monet that’s only 20% Monet’s work) - but doing that to the Mona Lisa, removing the artist’s hand from the most famous piece of artwork in history? Hell No.
(also, I’m not a conservator but I’ll be applying to a conservation grad program sometime next year, so sorry if any of my info is at all inaccurate)
I found this really interesting, thanks for sharing.
i’m in the middle of re-watching the original sw trilogy and hands down the best thing about esb is leia and han experiencing the same feelings for eachother but at totally different speeds.
leia, processing emotions at a reasonable pace: i think i like him
han, that same afternoon: dead diary i have accepted that she hates me but instead of dealing with the heartache like a mature adult i’m gonna catch a big-ass attitude and insist on returning to a life of crime where i don’t have to worry about dumb things like being in love.
leia: you’re quite nice when you aren’t being such a scoundrel
han, vibrating with the effort to keep from launching himself vertically into the vacuum of space: s c o und rel
leia: i love you
han, making a mental note to start practicing his brand new ‘mr. organa’ signature the second he’s out of the carbonite: i know
on the other hand remember how in rotj he decided to slow down on making unfounded assumptions about leia’s interest in him and accidentally slowed all the way down?
han: so um, i think it’s really cool that you love luke, you guys are gonna be great together haha guess i’ll see you guys around sometime?!?!?!
leia, already taking her clothes off: god han you’re so fucking stupid
leia: i am leia organa, princess of alderaan, and i’m in charge here flyboy
han:
20 Self Love Affirmations
1. “I am beautiful.”
2. “I love and approve of myself.”
3. “I choose to think thoughts that enhance my life greatly.”
4. “I am worthy.”
5. “I accept myself exactly as I am.”
6. “Forgiveness is the door out of my past.”
7. “When I forgive myself, it is easier for me to forgive others.”
8. “I accept that I cannot change anyone but myself.”
9. “My life is constantly improving.”
10. “I understand that in order to grow, change is needed.”
11. “I flow easily with life.”
12. “I am worthy of forgiveness.”
13. “All experiences are opportunities to grow.”
14. “I welcome positive change with ease.”
15. “I am deeply grateful for all of the wonderful people and things in my life.”
16. “I radiate good health.”
17. “I only give my body goodness.”
18. “I trust my intuition.”
19. “I lovingly think in a positive way.”
20. “I am at peace with myself.”
Reblog and share this with your friends if you find it helpful. Spread the LOVE!
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Everyone, please, think this at least once a day; positive thinking helps a lot. This is really important.
me: hey i’m kinda good at this writing thing *reads other people’s writing* me: i am a literary potato
Compare my poems to others like I compare my appearance to those skinny while girls with long pretty hair.
Then vs. Now
This is like the most inspiring thing ever,
“So, what if, instead of thinking about solving your whole life, you just think about adding additional good things. One at a time. Just let your pile of good things grow.”
— Unknown (via cwote)
Jane Russell & Marilyn Monroe on the set of Gentlemen Prefer Blondes, 1953
Love this photo! Many people don’t know that Jane was actually drawing a portrait of Marilyn in this photo:
Our Sun is More than Meets the Eye
The Sun may look unchanging to us here on Earth, but that’s not the whole story.
In visible light – the light our eyes can see – the Sun looks like an almost featureless orange disk, peppered with the occasional sunspot. (Important note: Never look at the Sun directly, and always use a proper filter for solar viewing – or tune in to our near-real time satellite feeds!)
But in other kinds of light, it’s a different picture. The Sun emits light across the electromagnetic spectrum, including the relatively narrow range of light we can see, as well as wavelengths that are invisible to our eyes. Different wavelengths convey information about different components of the Sun’s surface and atmosphere, so watching the Sun in multiple types of light helps us paint a fuller picture.
Watching the Sun in these wavelengths reveals how active it truly is. This image, captured in a wavelength of extreme ultraviolet light at 131 Angstroms, shows a solar flare. Solar flares are intense bursts of light radiation caused by magnetic events on the Sun, and often associated with sunspots. The light radiation from solar flares can disturb part of Earth’s atmosphere where radio signals travel, causing short-lived problems with communications systems and GPS.
Looking at the Sun in extreme ultraviolet light also reveals structures like coronal loops (magnetic loops traced out by charged particles spinning along magnetic field lines)…
…solar prominence eruptions…
…and coronal holes (magnetically open areas on the Sun from which solar wind rushes out into space).
Though extreme ultraviolet light shows the Sun’s true colors, specialized instruments let us see some of the Sun’s most significant activity in visible light.
A coronagraph is a camera that uses a solid disk to block out the Sun’s bright face, revealing the much fainter corona, a dynamic part of the Sun’s atmosphere. Coronagraphs also reveal coronal mass ejections, or CMEs, which are explosions of billions of tons of solar material into space. Because this material is magnetized, it can interact with Earth’s magnetic field and trigger space weather effects like the aurora, satellite problems, and even – in extreme cases – power outages.
The Sun is also prone to bursts of energetic particles. These particles are blocked by Earth’s magnetic field and atmosphere, but they could pose a threat to astronauts traveling in deep space, and they can interfere with our satellites. This clip shows an eruption of energetic particles impacting a Sun-observing satellite, creating the ‘snow’ in the image.
We keep watch on the Sun 24/7 with a fleet of satellites to monitor and better understand this activity. And this summer, we’re going one step closer with the launch of Parker Solar Probe, a mission to touch the Sun. Parker Solar Probe will get far closer to the Sun than any other spacecraft has ever gone – into the corona, within 4 million miles of the surface – and will send back unprecedented direct measurements from the regions thought to drive much of the Sun’s activity. More information about the fundamental processes there can help round out and improve models to predict the space weather that the Sun sends our way.
Keep up with the latest on the Sun at @NASASun on Twitter, and follow along with Parker Solar Probe’s last steps to launch at nasa.gov/solarprobe.
Make sure to follow us on Tumblr for your regular dose of space: http://nasa.tumblr.com.
i found out recently that the very first trees did not rot when they died because the microbes that decompose trees hadnt evolved yet…which makes sense but it’s weird to think about. this actually caused a huge change in the climate at the time and many of these trees turned into coal because of it…
like imagine a tree falling in the forest and the trunk just stays there for years and years with little change, and it only goes away when it is buried under dirt. that’s weird.
obviously they were still working on the worldbuilding back then
imagine all the lag from those trunks laying around. glad they patched those microbes in
So y'all talk about this like it’s a joke, but the exact same time is happening today with plastics, except today’s microbes are a bit quicker on the uptake. They’re still new at it, but Earth’s decomposers are hard at work learning how to eat polyester.
*ancient microbe voice* kids these days have it so easy. mutating to feed on new materials within a century? In my day it took us a millenium at minimum! we had to metabolize uphill in the snow both ways!
*even more ancient microbe voice* pfeh, typical oxygen-breather attitude. you think you had it rough but YOU have those fancy MITOCHONDRIA.
I’ll take a chupacabra sandwich with extra mustard, please.
Dust, stars, and cosmic rays swirling around Comet 67P/Churyumov–Gerasimenko, captured by the Rosetta probe. (Source)
*kicks the front door in* DO YOU SEE HOW GODDAMN FUCKING COOL THIS SHIT IS
WE HAVE VIDEO. FROM THE SURFACE OF A COMET. SENT BY A ROBOT.
ROSETTA PROBE YOU’RE AMAZING WE LOVE YOU
That cliff is a kilometer high. Here’s what you’re actually looking at:
[qozop]
weirdly it all seems to suit everyone
She’s back!
SHOW US HER FACE
SHOW US HER FACE YOU COWARDS!!!!!