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asks:
WHERE WOULD YOU MOST LIKE TO VISIT ON YOUR PLANET?

You mean earth, right? Greek Islands

Snapple Fact #facts #universe #humor #Snapple

Snapple Fact #facts #universe #humor #Snapple

fotografiae:

Studnia by Kleemass. http://ift.tt/1m7bNnD

Looks like that pit in Dark Night

fotografiae:

Studnia by Kleemass. http://ift.tt/1m7bNnD

Looks like that pit in Dark Night

plasmatics-life:

Chicago Nightshot by Hawg

Whoa

plasmatics-life:

Chicago Nightshot by Hawg

Whoa

I am a dreamer. I know so little of real life that I just can’t help re-living such moments as these in my dreams, for such moments are something I have very rarely experienced. I am going to dream about you the whole night, the whole week, the whole year.
Fyodor Dostoyevsky, White Nights (via hellanne)
nanodash:

This is a manifestation of the Meissner Effect. When a superconductor reaches a critical temperature (usually very cold, 1 - 70 K) it expels all magnetic field lines. So if you place it on top of a magnet, it will float. It will float on a cushion of magnetic field. Additionally it will experience almost no friction so if you make a circular track of magnets it will levitate around it for quite a long time. And look awesome doing it. That vapour trail isn’t propulsive. It’s just how cold that superconductor is, it’s condensing the air around it.

nanodash:

This is a manifestation of the Meissner Effect. When a superconductor reaches a critical temperature (usually very cold, 1 - 70 K) it expels all magnetic field lines. So if you place it on top of a magnet, it will float. It will float on a cushion of magnetic field. Additionally it will experience almost no friction so if you make a circular track of magnets it will levitate around it for quite a long time. And look awesome doing it. That vapour trail isn’t propulsive. It’s just how cold that superconductor is, it’s condensing the air around it.