Ví dụ về việc sử dụng Electrodynamics trong Tiếng anh và bản dịch của chúng sang Tiếng việt
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The simplest example of a gauge theory is electrodynamics, as described by the Maxwell equations.
He participated in a seminar on electron theory in 1905 and he learnt the latest results andtheories in electrodynamics.
He says the simplest example of a gauge theory is electrodynamics, as described by the Maxwell equations.
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Electrodynamics system, transformer station 1000KVA and compensation capacitor cabinet 400KVAr, lighting system, firefighting system, anti-lightning system.
In this work, Ampère introduced the term electrodynamics to describe the relationship between electricity and magnetism.
Engineering, The Philosopher(the journal of the Philosophical Society of England), Omega- Indian Journal of Science and Religion,Galilean Electrodynamics and so on.
Albert Einstein publishes the article"On the Electrodynamics of Moving Bodies", in which he introduces special relativity.
The transition region itself is not well studied in part because of the computational cost, uniqueness, and complexity of Navier-Stokes combined with electrodynamics.
Her thesis in the cutting-edge field of quantum electrodynamics was titled Problems in electrons and electromagnetic radiation.
The English theoretical physicist is considered one of the key figures whose workin the field of quantum mechanics and quantum electrodynamics is considered a landmark.
His 1948 papers on"A Relativistic Cut-Off for Classical Electrodynamics" attempted to explain what he had been unable to get across at Pocono.
Study of muonic atoms' energy levels as well as transition rates from excited states to the ground statetherefore provide experimental tests of quantum electrodynamics.
Those two were renamed ARTEMIS for Acceleration, Reconnection,Turbulence and Electrodynamics of the Moon's Interaction with the Sun.
He replied,“Quantum electrodynamics is a good theory because the forces are weak, and when the formalism is ambiguous we have a clear physical picture to guide us.
He was interested in everything, and in one afternoon they might discuss quantum electrodynamics, cosmic rays, electron pair production and nuclear physics.
One is that whereas we might expect in our everyday life that there would be some constraints on the points to which a particle can move,that is not true in full quantum electrodynamics.
He began to move toward his goal by constructing a common framework for electrodynamics and mechanics, the two separate theories of classical physics.
We normally think that there's nothing between the plates(and therefore no force), but it turns out that when thesituation is analyzed using quantum electrodynamics, something unexpected happens.
Steinberg sees this discovery as a big win for quantum electrodynamics, a theory about the quantum behavior of light that predicted this interaction.
In the 1960s& 1970s, physicists successfully unified the strong nuclear interaction andweak nuclear interactions together with quantum electrodynamics to form the Standard Model of quantum physics.
The third explanation is that the current theories of quantum electrodynamics are wrong, though chances of that seem slim given that the theory works very well and it has been tested many times.
This is the question that has nagged manyscientists ever since Albert Einstein published On the Electrodynamics of Moving Bodies about 100 years ago.
However- andwhile special relativity is parsimoniously incorporated into quantum electrodynamics- the expanded general relativity, currently the best theory describing the gravitation force, has not been fully incorporated into quantum theory.
The"Maxwell-Hertz" or"Heaviside-Hertz" equations subsequentlyformed an important basis for the further development of electrodynamics, and Heaviside's notation is still used today.
Feynman himself used this approach- particles plus probabilities-in his work on quantum electrodynamics, described in his very readable and accessible book“QED- The Strange Theory of Light and Matter”.
Suddenly the desire to undertake research hit him again andhe returned to the quantum theory of electrodynamics that he was working on before World War II.
Momentum is also conserved in special relativity(with a modified formula) and,in a modified form, in electrodynamics, quantum mechanics, quantum field theory, and general relativity.