Examples of using Is quantized in English and their translations into Indonesian
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That calculation revealed, to our delight, that space is quantized.
Plank's theory stated that energy is quantized(is  made of small“packets” of energy).
Bohr theorized that the angular momentum, I, of an electron is quantized.
In the real world as well,electrical charge is quantized, in units of e, the charge on the electron.
Both Balmer and Rydberg's formulas involve integers: in modern terms,they imply that some property of the atom is quantized.
The energy of the electron within an atom is quantized and exists only in certain discrete values.
In 1994, Rovelli and Smolin showed that the quantum operators of the theory associated to area and volume have a discrete spectrum; that is, geometry is quantized.
The energy of an individual photon is quantized and is  greater for photons of higher frequency.
Although these semiclassical models contributed to the development of quantum mechanics, many further experiments beginningwith the phenomenon of Compton scattering of single photons by electrons, validated Einstein's hypothesis that light itself is quantized.
Similarly, the energy of an electron bound within anatom is quantized and can exist only in certain discrete values.
The energy of these orbits is quantized and electrons must absorb or release energy(photons) at certain wavelengths to move between energy levels.
It was  Einstein wholater proposed that it is  the electromagnetic radiation itself that is quantized, and not the energy of radiating atoms.
He said that the energy of an electron is quantized, meaning electrons can have one energy level or another but nothing in between.
Assuming circular orbits,Bohr proposed that the angular momentum of an electron in its orbit is quantized, that is,  it has only specific, discrete values.
Thus Bohr's assumption that angular momentum is quantized means that an electron can inhabit only certain orbits around the nucleus, and that it can have only certain energies.
Einstein noted in that the same adiabatic principle shows that the quantity which is quantized in any mechanical motion must be  an adiabatic invariant.
Although it may seem like the idea that energy is quantized is  a minor part of quantum physics when compared with ghost electrons and the uncertainty principle, it really is a fundamental statement about nature that caused everything else we have talked about to be discovered.
From a more practical point of view,loop quantum gravity predicts that space-time is quantized, with a smallest possible unit or piece of space and time, beyond which space-time cannot be  subdivided further.
Loop quantum gravity predicts that space-time is quantized, with a smallest possible unit or piece of space and time, beyond which space-time cannot be  subdivided further.
This is  because their existence in naturewould explain why the electric charge is quantized- that is,  why it always appears to come in integer multiples of the charge of an electron, rather than in a continuous array of values.
In other words, the energy emitted by an oscillator was quantized.
In 1915 the reason for nuclear charge being quantized in units of Z, which were  now recognized to be  the same as the element number, was  not understood.
The angular momentum and energy are quantized, and take only discrete values like those shown(asis  the case for resonant frequencies in acoustics).
Instead, in quantum theory the numbers of the modes are quantized, cutting off the spectrum at high frequency in agreement with experimental observation and resolving the catastrophe.
Planck had to assume that the energy of the oscillators in the cavity was quantized, i.e., it existed in integer multiples of some quantity.
In a bounded system,the crucial characteristic of these microscopic units is  that their energies are quantized.
In analog circuit design, calculating component values is  not straight-forward because practical componentvalues are  not continuously available- they are quantized into what known as E-series.
Bohr's model didn't explain why the orbits should be quantized in that way, nor was  it able to make accurate predictions for atoms with more than one electron, or to explain why some spectral lines are  brighter than others.
As a result, the measures are quantized and converted into a digital image, where each picture elements(i.e. pixel) has a discrete value in units of Digital Number(DN)(NASA, 2013).