Examples of using Quantum mechanical in English and their translations into Spanish
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This statement implies that the nuclei are viewed as classical particles, because a quantum mechanical particle cannot be at rest.
This quantum mechanical interaction allows the electromagnetic field energy of the photon to be"transferred to"
In a quantum mechanical description of atomic structure,
Mathematically, a quantum mechanical state is a sum(or superposition)
the critical fluctuations are quantum mechanical in nature, exhibiting scale invariance in both space
It still continues as a quantum mechanical state, and that may be what is giving rise to consciousness.
previously we only successfully proved the possibility of quantum dense coding[5], as quantum mechanical amplification data compression.
My job as a quantum mechanical engineer is kind of like a quantum atomic masseur.
The intensity is also related to the temperature of the substance and the quantum mechanical interaction between the radiation and the absorber.
A knowledge of this quantum mechanical effect enables one to obtain this law,
Intuitively, the unitarity postulate says that quantum mechanical systems do not destroy information as they evolve from one state to another.
Einstein used the levels of the quantum mechanical oscillator many years before the advent of modern quantum mechanics.
The energy associated with the quantum mechanical change primarily determines the frequency of the absorption line
The quantum mechanical origins of this stability,
But, as a quantum mechanical motion, it is thermally excited at relatively(as compared to vibration) low temperatures.
In quantum mechanical applications it is advantageous to use Euler angles in a convention that is a simple extension of the physical convention of spherical polar coordinates.
In quantum mechanical language: more eigenstates of higher angular momentum become thermally populated with rising temperatures.
In chemistry, quantum mechanical waves, or"orbitals", are used to describe the wave-like properties of electrons.
Van Vleck established the fundamentals of the quantum mechanical theory of magnetism
The following quantum circuit describes teleportation: Quantum cryptography is the use of quantum mechanical properties in order to encode and send information safely.