kuantum | quantum. |
kuantum | |||
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kuantum aksi | quantum of action |
kuantum fluks magnet | magnetic flux quantum |
kuantum medan | field quanta |
kuantum medan elektromagnetik | quantum of electromagnetic field |
quantum | |
noun |
a discrete amount of something that is analogous to the quantities in quantum theory
jumlah diskrit dari sesuatu yang analog dengan kuantitas dalam teori kuantum
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quantum |
Contohbersama dengan sebagian besar fisikawan eksperimental kuantum lainnya, along with most of the other experimental quantum physicists,
dan mereka menamakannya teori mekanika kuantum. and they called it the theory of quantum mechanics.
Anda memerlukan fisika kuantum you needed quantum mechanics
mengikuti mekanika kuantum, follow quantum mechanics,
lalu mengapa tidak semuanya saja mengikuti mekanika kuantum? then shouldn't everything just follow quantum mechanics?
yang telah berada di superposisi kuantum mekanik. that has been in a mechanical quantum superposition.
untuk berada di superposisi kuantum, to be in a quantum superposition,
Jadi mekanika kuantum mengatakan So quantum mechanics says
potongan logam ini berperilaku secara kuantum mekanik, this piece of metal behave quantum mechanically,
sesuatu yang hanya diperbolehkan dengan mekanika kuantum. something that's only allowed with quantum mechanics.
adalah obyek kuantum are really just quantum objects
tentang bagaimana mekanika kuantum mengatakan bahwa semua tersambung. about how quantum mechanics says that everything is all interconnected.
dia tidak tahu sedikitpun tentamg kimia organik atau kimia kuantum. she didn't know any organic chemistry or quantum chemistry.
kuantum superkonduktor -- QUantum Interference Devices --
Ini melibatkan kerucut cahaya dan keterkaitan kuantum, It involves light cones and quantum entanglement,
dari penafsiran kuantum -- from the quantum interpretation --
Bahkan mekanika kuantum dapat memberikan alasan Even quantum mechanics can give you an excuse
adalah, saat dia masuk, dengan interpretasi kuantum is, when she walks in, using a quantum interpretation,
tentang mekanika kuantum dan penafsiran Kopenhagen. about quantum mechanics and the Copenhagen interpretation.
mekanika kuantum, yang sesungguhnya saya tidak mengerti, quantum mechanics, which I really don't understand,
Jadi dalam mekanika kuantum, tentu saja, anda memiliki energi gelap dan materi gelap. So, in quantum mechanics, of course, you have dark energy and dark matter.
Ada juga prinsip ketidakpastian, yang merupakan bagian dari mekanika kuantum, There is also the uncertainty principle, which is part of quantum mechanics,
mekanika kuantum, dimungkinkan of quantum mechanics, it is possible
sebagai terowongan kuantum. quite appropriately, quantum tunneling.
Karena terowongan kuantum, Because of quantum tunneling,
terowongan kuantum merupakan fenomena nyata, quantum tunneling is a real phenomenon,
terowongan kuantum. of quantum tunneling.
maka, karena terowongan kuantum, then, because of quantum tunneling,
bisa menjadi terwujud karena terowongan kuantum. could come into existence because of quantum tunneling.
melalui terowongan kuantum, berubah menjadi through quantum tunneling, will be transformed
bahwa alam semesta kita dapat melewati terowongan kuantum that our universe could quantum tunnel
Perhitungan kami menunjukkan bahwa terowongan kuantum Our calculation shows that quantum tunneling
jika Anda memperhitungkan kuantum mekanik. when you take into account quantum mechanics.
memunculkan gejolak kuantum mekanik brings to life the quantum mechanical fluctuation,
memunculkan gejolak kuantum. brings to life quantum fluctuations.
dunia kuantum -- dan di sebelah kanan the world of the quantum -- and on the right
Kita mengerti dunia mikro dari kuantum. The micro-world of the quantum is understood.
efek dari kuantum dapat menggetarkan semuanya. quantum effects could shake everything.
Salah satunya adalah orang yang menjalani apa yang disebut perubahan kuantum: One is people who underwent what is called a quantum change:
teori relativitas dan teori kuantum. of relativity theory and quantum theory.
Penggabungan kedua teori itu untuk membuat teori kuantum final And merging them together to make the final quantum theory
Inilah relativitas umum, inilah teori kuantum. So this is general relativity, this is quantum theory.
dari teori kuantum dan relativitas. of quantum theory and relativity.
dan setidaknya memberikan tanda-tanda adanya mekanika kuantum. and at least give hints of quantum mechanics.
Tapi memang begitulah, hukum-hukum mekanika kuantum But indeed, the laws of quantum mechanics
bagaimana bentuk fungsi gelombang kuantum what the quantum wave function
adalah pada tingkat dasar, tingkat energi terendah dari sistem kuantum, is that the ground state, the lowest energy state of a quantum system,
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