myheartpumpspetrol:

Come fly with me | Source

myheartpumpspetrol:

Come fly with me | Source

Reblogged from LA LUNA
generalelectric:

To float a frog using diamagnetic levitation, a superconducting magnet with the strength of roughly 16 Tesla is needed. This data point was calculated by researchers at the Nijmegen High Field Magnet Laboratory. GIF by David Carpenter. 

generalelectric:

To float a frog using diamagnetic levitation, a superconducting magnet with the strength of roughly 16 Tesla is needed. This data point was calculated by researchers at the Nijmegen High Field Magnet Laboratory. GIF by David Carpenter

Reblogged from General Electric

princeowl:

scully: mulder what do you think happened here?

mulder:

image

Reblogged from The Right Angle

officialcrow:

mirebawakaru:

「iDROID」型のiphoneケース(5・5s 対応)に東京ゲームショウver.が登場!限定販売! 東京ゲームショウバージョンとして、オフホワイトを基調としたイベント/オンライン限定商品です。 http://sen-ti-nel.co.jp/product-about/10_mgs/product-about10_002.html #千値練 #MGS

the only reason i would get an iphone tbh

very cool

Reblogged from gargoyles garglin oil
thirdorgan:

Julio Zachrisson (Panama, 1930) 

Astronauta Subdesarrollado 1970

thirdorgan:

Julio Zachrisson (Panama, 1930)

Astronauta Subdesarrollado 1970

Reblogged from bonging
fuckyeahfluiddynamics:

Adding just a few polymers to a liquid can substantially change its behavior. The presence of polymers turns otherwise Newtonian fluids like water into viscoelastic fluids. When deformed, viscoelastic fluids have a response that is part viscous—like other fluids—and part elastic—like a rubber band that regains its initial shape. The collage above shows what happens to a thinning column of a viscoelastic fluid. Instead of breaking into a stream of droplets, the liquid forms drop connected with a thin filament, like beads on a string. In a Newtonian fluid, surface tension would tend to break off the drops at their narrowest point, but stretching the polymers in the viscoelastic fluid provides just enough normal stress to keep the filament intact. If the effect looks familiar, it may be because you’ve seen it in the mirror. Human saliva is a viscoelastic liquid! (Image credit: A. Wagner et al.)

This is actually what my capstone mentor is working on. he’s working on computational methods to simulate polymer-infused flows inside a duct and how it affects turbulence generation/degeneration

fuckyeahfluiddynamics:

Adding just a few polymers to a liquid can substantially change its behavior. The presence of polymers turns otherwise Newtonian fluids like water into viscoelastic fluids. When deformed, viscoelastic fluids have a response that is part viscous—like other fluids—and part elastic—like a rubber band that regains its initial shape. The collage above shows what happens to a thinning column of a viscoelastic fluid. Instead of breaking into a stream of droplets, the liquid forms drop connected with a thin filament, like beads on a string. In a Newtonian fluid, surface tension would tend to break off the drops at their narrowest point, but stretching the polymers in the viscoelastic fluid provides just enough normal stress to keep the filament intact. If the effect looks familiar, it may be because you’ve seen it in the mirror. Human saliva is a viscoelastic liquid! (Image credit: A. Wagner et al.)

This is actually what my capstone mentor is working on. he’s working on computational methods to simulate polymer-infused flows inside a duct and how it affects turbulence generation/degeneration

retrosci-fi:

Syd Mead

retrosci-fi:

Syd Mead

Reblogged from 70s Sci-Fi Art

"that hurt"

Reblogged from gargoyles garglin oil

flommus:

celiabasto: 100% ART

Reblogged from Gnumblr!
richkidsofinstagram:

Wheels up. #captainhats by kesaholma

:/

richkidsofinstagram:

Wheels up. #captainhats by kesaholma

:/

Reblogged from Rich Kids Of Instagram

nevver:

A Perfect Day for Bananafish, Corey Arnold

Reblogged from this isn't happiness.

what a fucking moron

Reblogged from k i t t y X j a v a
Reblogged from k i t t y X j a v a
Tags: gr8