Quotes About Einstein

Ama bütün çocuklar gibi kuram da kendi yoluna gitti, Einstein da onu art?k tan?yamaz oldu. 1910'lar ve 1920'ler boyunca büyümesine yön verense Danimarkal? Niels Bohr oldu. I??k enerjisi gibi atomlardaki elektronlar?n belirli bir enerjiyle yaln?zca bir atom yörüngesinden di?erine "s?çrayabilece?ini", bunu yaparken de bir foton sald???n? veya so?urdu?unu anlayan odur.

Albert Einstein gençli?inde bir y?l?n? aylakl?k ederek geçirdi. Bo?a zaman geçirmeden bir yere var?lmaz ama anne babalar? ne yaz?k ki bunu genellikle unutur. .. Albert, Kant okuyor, bo? zamanlar?nda Pavia Üniversitesi'nde derslere giriyordu; ne kay?t olmu?tu ne de s?navlara giriyordu, bunu zevk için yap?yordu. Gerçek biliminsan? ancak böyle olunur.

In his youth Albert Einstein spent a year loafing aimlessly. You don't get anywhere by not 'wasting' time – something, unfortunately, which the parents of teenagers tend frequently to forget. He

This is how time is depicted in Einstein's general theory of relativity. His equations do not have a single "time"; they have innumerable times.

Albert Einstein, yak?n dostu ?talyan Michele Besso öldü?ünde onun k?z karde?ine dokunakl? bir mektu yazm??t?: "Michele bu garip dünyadan benden biraz önce ayr?ld?. Bunun hiçbir anlam? yok. Bizim gibi fizi?e inanan insanlar, geçmi?, ?imdi ve gelecek aras?ndaki ayr?m?n sürüp giden inatç? bir yan?lsamadan ba?ka bir ?ey olmad???n? bilir.

Albert [Einstein] was reading Kant and attending occasional lectures at the University of Pavia: for pleasure, without being registered there or having to think about exams. It is thus that serious scientists are made.

The story goes that in the dimly lit old halls of Kracow University, an austere professor of physics came out of his study waving around Einstein's article, screaming, "The new Archimedes is born!

And it's here that Einstein's extraordinary stroke of genius occurs, one of the greatest flights in the history of human thinking: what if the gravitational field turned out actually to be Newton's mysterious space? What if Newton's space was nothing more than the gravitational field? This extremely simple, beautiful, brilliant idea is the theory of general relativity.

There are absolute masterpieces that move us intensely: Mozart's Requiem, Homer's Odyssey, the Sistine Chapel, King Lear. To fully appreciate their brilliance may require a long apprenticeship, but the reward is sheer beauty--and not only this, but the opening of our eyes to a new perspective upon the world. Einstein's jewel, the general theory of relativity, is a masterpiece of this order.

The Einstein who makes more errors than anyone else is precisely the same Einstein who succeeds in understanding more about nature than anyone else.

There are absolute masterpieces that move us intensely: Mozart's Requiem, Homer's Odyssey, the Sistine Chapel, King Lear. To fully appreciate their brilliance may require a long apprenticeship, but the reward is sheer beauty—and not only this, but the opening of our eyes to a new perspective upon the world. Einstein's jewel, the general theory of relativity, is a masterpiece of this order. I

Einstein predicted that time passes more quickly high up than below, nearer to Earth. This was measured and turned out to be the case. If a person who has lived at sea level meets up with his twin who has lived in the mountains, he will find that his sibling is slightly older than he. And this is just the beginning.

Loop theory describes this atomic and granular quantum structure of space in a precise mathematical form. It is obtained by applying the general equations of quantum mechanics written by Dirac to Einstein's gravitational field. In particular, loop theory specifies that volume (for example the volume of a given cube) cannot be arbitrarily small. A minimum volume exists. No space smaller than this minimum volume exists. There is a minimum "quantum" of volume: an elementary atom of space.

Einstein wrote an equation that says that R is equivalent to the energy of matter. That is to say: space curves where there is matter. That is it. The equation fits into half a line, and there is nothing more. A vision—that space curves—became an equation.

Einstein's equation shows that space cannot stand still; it must be expanding. In 1930 the expansion of the universe was actually observed.

When Einstein died, his greatest rival, Bohr, found for him words of moving admiration. When a few years later Bohr in turn died, someone took a photograph of the blackboard in his study. There's a drawing on it. A drawing of the "light-filled box" in Einstein's thought experiment. To the very last, the desire to challenge oneself and understand more. And to the very last: doubt.

More than a hundred years have passed since we learned that the "present of the universe" does not exist.

mollusks"—Einstein's word for entities in a relativistic world.

From apparently superluminal radio sources in deep space, to the neutrinos that were supposed to be arriving ahead of schedule at the Grand Sasso experiment in Italy, every apparent exception to Einstein's ultimate speed law has turned out to be a phantom.

I believe, indeed, that overemphasis on the purely intellectual attitude, often directed solely to the practical and factual, in our education, has led directly to the impairment of ethical values.

Other mathematical geniuses, Einstein and Bertrand Russell among them, recount similarly revelatory experiences in early adolescence.

Albert Einstein once said, "Insofar as the propositions of mathematics give an account of reality they are not certain; and insofar as they are certain they do not describe reality.

Mild autism can give you a genius like Einstein. If you have severe autism, you could remain nonverbal. You don't want people to be on the severe end of the spectrum. But if you got rid of all the autism genetics, you wouldn't have science or art. All you would have is a bunch of social 'yak yaks.'

But my favorite of Einstein's words on religion is "Science without religion is lame. Religion without science is blind." I like this because both science and religion are needed to answer life's great questions.