Full of Green Dust
lmao kanye + kim & will smith are staying @ the same hotel
Ahhhh yes the sweet smell of respectLmfao add a fucking banjo and suddenly it’s ArtLmao look at these snobs
Great women of science
Rosalind Franklin (1920-1958) - British biophysicist and X-ray crystallographer who made critical contributions to the understanding of the fine molecular structures of DNA, RNA, viruses, coal, and graphite.
Marie Skłodowska-Curie (1867-1934) - Polish and naturalized-French physicist and chemist, famous for her pioneering research on radioactivity.
Chien-Shiung Wu (1912-1997) - Chinese American physicist with expertise in the techniques of experimental physics and radioactivity.
Émilie du Châtelet (1706-1749) - French mathematician, physicist, and author during the Age of Enlightenment.
Mae Jemison (1956) - American physician and NASA astronaut. She became the first African American woman to travel in space when she went into orbit aboard the Space Shuttle Endeavour on September 12, 1992.
Vera Rubin (1928) - American astronomer who pioneered work on galaxy rotation rates. She is famous for uncovering the discrepancy between the predicted angular motion of galaxies and the observed motion, by studying galactic rotation curves.
Ada Lovelace (1815-1852) - English mathematician and writer chiefly known for her work on Charles Babbage’s early mechanical general-purpose computer, the Analytical Engine. Her notes on the engine include what is recognised as the first algorithm intended to be processed by a machine. Because of this, she is often described as the world’s first computer programmer.
Mary Shelley’s ’Frankenstein’ - Bookbinding by Dimitri
“I wanted the binding to convey the essence of the story, that its mere view could tell you what’s inside, to be intrigued by it. And what would be more iconic for the specific book than to be bound from leather scraps stitched together? I searched at the drawer where I keep leftovers of the leathers I use and took up random pieces. I wasn’t picky, I even chose some with minor stains, and most of the pieces vary in their texture, from smooth to porous to buffed ones. I wanted something a bit “messy” and just a hint gross.
Last but not least, I wanted something really special for the endpapers, so I found some anatomy notes from 1830 and Voila!”
…trolling used to be pretty funny and almost entirely harmless. Trolling, despite the modern usage, does not mean “the act of pissing somebody off and laughing about their anger.” It is “the act of pissing somebody off BASED ON SOMETHING COMPLETELY MEANINGLESS and laughing about their MISPLACED anger.” It isn’t considered trolling to leave a comment full of racial epithets and laugh when people “don’t get it.” It is trolling if you leave a comment insisting on the wrong information about something irrelevant – how many runes are on a Stargate, for example (everybody knows its 12) – and wait for the ONE guy that just can’t let the transgression pass. If you start a fake fight with Prof. Stargate, dragging him deeper and deeper until hopefully, finally, even he has to stop and think “wait a minute, this is ridiculous,” that is trolling. That’s the difference: No actual harm is caused, and even the victim can eventually get in on the joke. “Trolling” isn’t referring to hiding behind a fortification and trying to hurt people like the mythical creature. It’s referring to the style of fishing – you drag bait across the bottom hoping to get a rare bite. It’s not ‘bait’ if you’re earnestly spouting your misogynistic beliefs and somebody gets upset. There’s nothing funny about entirely justified anger.
Robert Brockway, http://www.robertbrockway.net/2013/07/18/its-not-a-game-if-you-cant-lose/ (via albinwonderland)
Portable Personal Washing Machine for Travelers: Shaking Wash - Gezginler için Taşınabilir Kişisel Çamaşır Makinesi: Çalkalayarak Yıkama by Jung Seub Lee
Brilliant. I want to drink irs brain and absorb its power.
[COLLEGE KID INTENSIFIES]
GOTTA READ ABOUT ‘EM ALL: KANTO FIELD GUIDE
The talented illustrator, Kari Fry, has been working hard to create a stunning, new book featuring the original 151 Pokemon. The guide features 158 color pages packed with illustrations, descriptions and even a map of the Kanto region.
Most Amazing Exoplanets
The term ‘exoplanet’ applies to any planet outside of our solar system. At last count, we have identified 3,538.
Out of the thousands of planets we know about, some of them are incredibly bizarre compared to what we are used to seeing in our own solar system. Here are some exoplanets with very unique characteristics:
The most astounding fact about Kepler-78b is that it shouldn’t even exist, according to our current knowledge of planetary formation. It is extremely close to its star at only 550,000 miles (900,000 kilometers). As a comparison, Mercury only gets within 28.5 million miles (45.9 million kilometers) of the sun in the nearest point of orbit. With that proximity, it isn’t clear how the planet could have formed as the star was much larger when the planet formed. With its current distance, that would mean it formed inside the star, which is impossible as far as we know.
The planet itself is only slightly larger than Earth, though surface conditions are markedly different. The temperature on the surface is estimated to be 4300° F (2400° C), which is nearly nine times as hot as the temperature on Venus. Unfortunately for Kepler-78b, it is likely that the star’s gravitational pull will gradually bring the star closer and totally consume it in the next 3 billion years.
While Kepler-78b still has about 3 billion more years before getting consumed by its star, the process is well underway for WASP-12b. This exoplanet is actively getting pulled apart by its parent star, much to the delight of astronomers who can watch the process unfold. So much material has been pulled away from the planet, it has been pulled into an oblong football shape. Astronomers have estimated that WASP-12b has about 10 million more years until it is completely pulled apart by the star.
The planet is described as a “hot Jupiter” as it is a gas planet that is about 40 percent larger than Jupiter. It is currently so close to its star that it only takes 1.1 Earth days for the planet to complete a full orbit. The star, WASP-12, is G-type main sequence star, just like our own sun. It is located about 800 lightyears away in the Auriga constellation.
TrES-2b has been dubbed the “dark planet” because it does not reflect light. If we were able to view it directly, it would likely just look like a coal-black ball of gas. At 1800°F (1000°C) the planet is way too hot for clouds, which would help reflect the star’s light. The red tinges are areas of superheated gas. Other darker planets only reflect about 10% of the star’s light, but TrES-2b only reflects about 1%, making it the darkest planet ever discovered.
Why is TrES-2b so dark? Scientists aren’t quite sure. Right now, the best guess is that the majority of the planet’s composition is something like sodium or potassium which absorbs light. This dark world is located about 750 lightyears away in the Draco constellation.
HD 189773b is pretty exciting. It is relatively close, at only 63 lightyears away. It is also the first planet to have its color determined and it turned out to be a pretty blue planet, just like Earth. Unlike Earth, however, HD 189773b is a gas giant with a temperature that reaches a sweltering 1800°F (1000°C). The weather gets more extreme, because intense pressure and temperature turns silicate particles in the atmosphere into glass, which then rains down. As if that doesn’t sound dangerous enough, the winds have been estimated to gust at 4,000 mph (7,000 km/h) which really whips those glass particles around.
55 Cancri e
55 Cancri e is twice the size of Earth but is nearly 8 times more massive and twice as dense. Last fall, researchers deduced that the mass of the planet was largely carbon. Due to the pressure and surface temperature of 4892°F (2700°C) it very well could have formed diamond. It is so close to its parent star it takes a mere 18 hours for the planet to complete a full orbit.
55 Cancri e is only about 40 light-years away from us in the Cancer constellation. The parent star is much more carbon than our own sun, so it might be too surprising that planet e is also carbon-rich. From there, it isn’t much of a stretch to assume that the other four known planets in the system would also have a high carbon content.
Because of these extreme conditions, astronomers don’t believe that 55 Cancri e has an atmosphere, making it a poor candidate for the possibility for life. However, it is close enough for astronomers to use it to test hypotheses about planetary formation.
Nicknamed “Methuselah,” PSR B1620-26b is the oldest known exoplanet. The planetary system formed approximately 12.7 billion years ago, when the Milky Way galaxy was in its infancy. It is located in the Scorpius constellation about 12,400 lightyears away.
Methuselah orbits binary stars and goes around them in a circumbinary orbit. As if Methuselah’s age isn’t interesting enough, the fact that it orbits two mismatched dead stars is quite unusual. One of the stars is a pulsar and the other is a white dwarf. Since Methuselah is found in a dense star cluster, astronomers initially thought it could be a star as well, and would be considered a brown dwarf. Measurements from the Hubble would confirm that Methuselah is a planet, and it remains the oldest one we’ve ever discovered.
Located 1,400 lightyears away in the Hercules constellation, TrES-4 is the largest exoplanet we have discovered so far. Though it is over 1.7 times the size of Jupiter, it has an extremely low density and is categorized as a “puffy” planet. The planet’s density is about the same as cork, which came as quite a shock. Astronomers attribute this to extreme heat of 2,300° F (1,260° C) due to is proximity to the star. At only 4.5 million miles (7.2 million kilometers) away from its sun, TrES-4 is able to complete an orbit in three Earth days.
Gliese 436 b
30 lightyears away in the constellation Leo, Gliese 436 b is a planet that is about as massive as Neptune. The planet also happens to be covered in burning ice - though the ice isn’t anything like what we’re used to. The extreme pressure of the planet forces the water to stay in solid form, even though the temperature exceeds 570° F (300° C). The outer layer of the solid water is superheated and comes off as vapor. Water has over 10 solid states, not including common ice.
In its present position, the water would not have been able to condense down into a solid, indicating that it migrated toward its sun after it formed.