Quotes About Quantum

It is with sadness that every so often I spend a few hours on the internet, reading or listening to the mountain of stupidity dressed up with the word "quantum.

the incessant happening that wearies the world is not ordered along a time line, is not measured by a gigantic ticktocking. It does not even form a four-dimensional geometry. It is a boundless and disorderly network of quantum events. The world is more like Naples than Singapore.

The passing of time is intrinsic to the world; it is born of the world itself, out of the relations between quantum events that are the world, and that themselves generate their own time.

The present is a localized rather than a global phenomenon.

At the most fundamental level that we currently know of, therefore, there is little that resembles time as we experience it.

order to these baffling aspects of behavior in the atomic world, and to build from it a coherent theory. In 1925

Kütle çekim alan? uzayda yay?lm?? de?ildi, çekim alan? uzay?n ta kendisiydi.

The quanta of gravity, that is, are not in space; they are themselves space. The spin networks that describe the quantum structure of the gravitational field are not immersed in space, they do not inhabit a space. The location of single quanta of space is not defined with regard to something else, but only by the links, and the relation these express.

Carlo Rovelli

This is a tremendous result: on the one hand, taking quantum mechanics into account resolves the problems generated by the infinities of Einstein's theory of gravity, that is to say, the singularities. On the other, taking gravity i to account solves the problems generated by quantum field theory, that is to say, the divergences. Far from being contradictory, as they at first seemed, the two theories each offer the solution to the problems posed by the other!

Special relativity may be summarized as the discovery that there exists a maximum velocity for all physical systems. Quantum mechanics can be summarized as the discovery that there exists a maximum of information for each physical system.

Max Planck s?cak bir kutu içinde denge durumunda bulunan elektrik alan?n? hesaplar. Bunun için küçük bir hileye ba?vurur: Alan?n enerjisinin "kuantumlar" yani enerji paketçikleri, topaklar? biçiminde da??ld???n? varsayar.

If we try to put together what we have learned in the twentieth century about the physical world, the clues point toward something profoundly different from our instinctive understanding of matter, space, and time.

Black hole heat is directly connected to loop quantum gravity's fluctuations of the atoms of space.

Einstein ?????n paketlerden, ???k parçac?klar?ndan olu?tu?unu gösterdi. Bunlara bugün "fotonlar" diyoruz.

Bir ???k ???n?n?n enerjisinin uzayda kesiksiz biçimde yay?lmad???, uzay?n noktalar?nda yer alan belirli say?da "enerji kuantumlar?ndan" olu?tu?u, bölünmeden hareket ettikleri ve bir birim olarak üretilip so?urulduklar? varsay?m?n? göz önünde tutuyorum.

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.

Quantum uncertainty across the horizon of the black hole generates fluctuations of the horizon geometry. But "fluctuations" imply "probability," and probability implies thermodynamics, and therefore temperature. Concealing from us a part of the universe, a black hole makes its quantum fluctuations detectable in the form of heat.

Quantum mechanics and experiments with particles have taught us that the world is a continuous, restless swarming of things; a continuous coming to light and disappearance of ephemeral entities. A set of vibrations, as in the switched-on hippy world of the 1960s. A world of happenings, not of things.

The probability of finding an electron or any other particle at one point or another can be imagined as a diffuse cloud, denser where the probability of seeing the particle is stronger. Sometimes it is useful to visualize this cloud as if it were a real thing. For instance, the cloud that represents an electron around its nucleus indicates where it is more likely that the electron appears if we look at it. If you have encountered them at school, these are the atomic orbitals.

Kuantum mekani?inde, bir ba?ka cisimle çarp??mad??? sürece hiçbir cismin belirli bir konumu yoktur.

The passage of time is internal to the world, is born in the world itself in the relationship between quantum events that comprise the world and are themselves the source of time. The

the particles are quanta of quantum fields; light is formed by quanta of a field; space is nothing more than a field, which is also made of quanta; and time emerges from the processes of this same field. In other words, the world is made entirely from quantum fields (

There is not one single time; there is a vast multitude of them.