Got my #FREE #Prescription #Glasses from #clearlycontacts ! Lookin’ extra #nerdy with #Einstein on the background :P

Got my #FREE #Prescription #Glasses from #clearlycontacts ! Lookin’ extra #nerdy with #Einstein on the background :P

#clearlycontacts, #prescription, #nerdy, #free, #einstein, #glasses, #fashion, #personal, #my fashion, #Joseph Marc, → 7pm Dec 21 2012 with 1 note
expose-the-light: Einstein’s matriculation certificate at the age of 17, showing his final grades from the Aargau Kantonsschule.

expose-the-light:

Einstein’s matriculation certificate at the age of 17, showing his final grades from the Aargau Kantonsschule.

#Science, #Albert, #Einstein, #Albert Einstein, → 6pm Jan 8 2012 with 10 notes
One of the strongest motives that lead men to art and science is escape from everyday life with its painful crudity and hopeless dreariness, from the fetters of one’s own ever-shifting desires. A finely tempered nature longs to escape from the personal life into the world of objective perception and thought. Albert Einstein (via love-and-space-time-continuum)

(Source: subatomiconsciousness, via motherboardkitten)
#einstein, #quotes, #science, → 12pm Dec 17 2011 with 13 notes
quantumaniac: Feynman Point Richard Feynman was damn witty. He once noted that he wished to memorize Pi all the way up to the 762nd place, because at that point begins a series of six nines in a row.  The Feynman Point, highlighted in red, was amusing for him so that he could recite the digits up to that point, and then say “nine-nine-nine-nine-nine-nine and so forth,” thus implying that Pi was rational. 

quantumaniac:

Feynman Point

Richard Feynman was damn witty. He once noted that he wished to memorize Pi all the way up to the 762nd place, because at that point begins a series of six nines in a row. 

The Feynman Point, highlighted in red, was amusing for him so that he could recite the digits up to that point, and then say “nine-nine-nine-nine-nine-nine and so forth,” thus implying that Pi was rational. 

#Physics, #Richard Feynman, #Science, #Einstein, #Awesome, #Interesting, #Funny, #Cool, #Geek Nerd, #Geek, #Nerd, #Pi, #Math, #Mathematics, → 10pm Nov 4 2011 with 436 notes
quantumaniac: Physics Comic. 

quantumaniac:

Physics Comic. 

#Physics, #Humor, #Funny, #Awesome, #Interesting, #Cool, #Higgs Boson, #Einstein, #Science, #Chemistry, #AP, #Calculus, #Geometry, #Algebra, #Nerd, #Geek, #Neutrino, #Light, #Velocity, #CERN, #NASA, → 11pm Oct 28 2011 with 83 notes
quantumaniac: How to Easily Memorize e to Fifteen Decimal Places  See that picture? It’s a 20 dollar bill, so “2” is the first digit - throw down a decimal after it. Andrew Jackson was our seventh President, so put a “7” after that - 2.7 Jackson was elected in 1828, so put down “1828″ next. Since he served two consecutive terms,  put “1828″ a second time. We’re now up to 2.718281828. Now pay attention to the red square. The diagonal creates two congruent right triangles with angle measures 45, 90, and 45. So, add on 459045 to get 2.718281828459045. And that’s e to 15 places. Source

quantumaniac:

How to Easily Memorize e to Fifteen Decimal Places 

See that picture? It’s a 20 dollar bill, so “2” is the first digit - throw down a decimal after it.

Andrew Jackson was our seventh President, so put a “7” after that - 2.7

Jackson was elected in 1828, so put down “1828″ next. Since he served two consecutive terms,  put “1828″ a second time. We’re now up to 2.718281828.

Now pay attention to the red square. The diagonal creates two congruent right triangles with angle measures 45, 90, and 45. So, add on 459045 to get 2.718281828459045. And that’s e to 15 places.

Source

#Physics, #Mathematics, #E, #Constant, #Math, #Memorize, #Pi, #Einstein, #Calculus, #Algebra, #Geometry, #Awesome, #Cool, #Nerd, #Geek, #Einstein, #Nuclear, #Quantum, → 8pm Oct 14 2011 with 332 notes
happentolife: Science.

happentolife:

Science.

(via thewholeblinkingcosmos)

#neutrino, #einstein, #science, #joke, → 9pm Oct 10 2011 with 17 notes
lafilledelaphysique: iamreddy: Einstein. That’s one person I’d like to be able to draw.

lafilledelaphysique:

iamreddy:

Einstein.

That’s one person I’d like to be able to draw.

(via likeaphysicist)

#einstein, #einstien, #science, #scientist, #swag, #smile, #happy, #cool, #fresh, #dope, #black and white, #photography, → 3pm Oct 9 2011 with 364 notes
quantumaniac: String Theory String Theory is a current hot topic amongst Physicists, but what exactly is it? The most straightforward way to describe it is to think of a guitar string. Depending on how much tension is in the spring and how it’s plucked, a different vibration pattern and thus a different sound results.  Similarly, string theory says that subatomic elementary particles can be thought of as nearly infinitesimally small strings exhibiting their own “musical notes,” known here as excitation modes. These strings are about 10-33 cm, or about a millionth of a billionth of a billionth of a billionth of a centimeter in length. These vibrating strings are floating around in space-time, experiencing tension. In essence, there are two types of strings: There are two basic types of string theories: those with closed string loops that can break into open strings, shown above, and those with closed string loops that can’t break into open strings, shown below While there small size is fascinating, it makes actually seeing and determining the existence of these strings extremely difficult. Since the strings are far too small to actually see, Physicists must be clever in devising ways to determine if the strings are there. 

quantumaniac:

String Theory

String Theory is a current hot topic amongst Physicists, but what exactly is it? The most straightforward way to describe it is to think of a guitar string. Depending on how much tension is in the spring and how it’s plucked, a different vibration pattern and thus a different sound results. 

Similarly, string theory says that subatomic elementary particles can be thought of as nearly infinitesimally small strings exhibiting their own “musical notes,” known here as excitation modes. These strings are about 10-33 cm, or about a millionth of a billionth of a billionth of a billionth of a centimeter in length. These vibrating strings are floating around in space-time, experiencing tension. In essence, there are two types of strings:

There are two basic types of string theories: those with closed string loops that can break into open strings, shown above, and those with closed string loops that can’t break into open strings, shown below

While there small size is fascinating, it makes actually seeing and determining the existence of these strings extremely difficult. Since the strings are far too small to actually see, Physicists must be clever in devising ways to determine if the strings are there. 

#Physics, #String Theory, #Einstein, #Neutrinos, #Nuclear, #Quantum, #Mechanics, #Small, #NASA, #Universe, #Space, #Galaxy, #Gravity, #Albert Einstein, #Bohr, #Atom, #Nucleus, → 5pm Oct 7 2011 with 111 notes
So these are the posters I bought :D just figuring out where in my room I should put them!

So these are the posters I bought :D just figuring out where in my room I should put them!

#Personal, #posters, #einstein, #milky way galaxy, #space, #universe, #peace, #banksy, #akomplice, → 8pm Oct 6 2011 with 3 notes