Extreme parkour
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Misplaced Lens Cap
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NASA
let's talk about Bridgerton tea, my ask is open

oozey mess
Jules of Nature

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trying on a metaphor

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Kaledo Art
Stranger Things
"I'm Dorothy Gale from Kansas"
Sweet Seals For You, Always
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@spiderdave-blog1
Extreme parkour
thehenchfiles.tumblr.com
Please give some love to my @archexplorer project!
Scientists predict that a pair of stars in the constellation Cygnus will collide in 2022, give or take a year, creating an explosion in the night sky so bright that it will be visible to the naked eye.
If it happens, it would be the first time such an event was predicted by scientists.
Calvin College professor Larry Molnar and his team said in a statement that two stars are orbiting each other now and “share a common atmosphere, like two peanuts sharing a single shell.”
Scientists Predict Star Collision Visible To The Naked Eye In 2022
Photo: NASA/IPAC/MSX Caption: Scientists predict a star collision in the constellation Cygnus.
Method man Omar Hassan brings the pain in his own backyard pool.
Photo: @rhinoanddestroy
Snowstorm in SoHo
Its been cloudy every night for about 2 months and the opportunities I have had to go and do some imaging (2 nights) have been failures! So here is a pic that i took about 2 months back.
A sunny morning downtown.
New York
Crispy morning in New York
Sleepy boy
Snowstorm in the city
Infographic on Planet Nine - potential rogue planet captured by our solar system.
via reddit
/ᐠ。ω。ᐟ\
No sleep
https://www.instagram.com/_mynamesjefff/
If you put that ball on that machine while it wasn’t spinning, it would just roll straight down the lower sides.
The raised edges would keep it in the middle line, but it’s only controlled in one direction. By spinning it, you constantly alternate the position of the tall sides, meaning that the ball is held in the middle, never able to fall off.
Particle accelerators control particles in the same way. Magnetic or electric fields can only direct particles in one plane at a time, so to keep a beam of particles rushing down a particle accelerator in one focused stream, the current gradient must constantly oscillate. This means the particles are constantly held in place, never able to shoot off in one direction.
Here’s the same principle in action: these are tiny pollen grains being held in place by an oscillating field. Rods in the four corners of the beam establish a field that oscillates many times a second to keep the pollen trapped. If it didn’t constantly switch, the pollen would all fly off in one direction.
Watch the full film with Dr Suzie Sheehy for more.
The North America and Pelican Nebulas via NASA http://ift.tt/1UxhPiV