The phrase "atoms will be" is correct and usable in written English.
It can be used in contexts discussing the future state or behavior of atoms in scientific or theoretical discussions.
Example: "In the next experiment, we will observe how atoms will be arranged under different temperature conditions."
Alternatives: "atoms are going to be" or "atoms shall be".
Classically, since each electron can be in one of two states, a system of 200 hydrogen atoms will be in one of 2200 states.
We'll eventually learn everything worth knowing about how to arrange atoms, and growth in available atoms will be limited by the speed of light.Bryan Caplan responds:I'm baffled.
That means they are likely to prove sufficiently sturdy to perform quantum computations.Doing actual calculations with these trapped atoms will be hard, because the qubit stores must interact with each other during the process.
A cell containing a gas of atoms will have atoms moving both toward and away from the light source, so that the absorbing frequencies of some of the atoms will be shifted up while others will be shifted down.
However, if water, as ice, liquid, or vapour, encounters sodium metal (Na), the atoms will be redistributed to give the new substances molecular hydrogen (H2) and sodium hydroxide (NaOH).
If the frequency spread of the light is much less than the Doppler-broadened absorption line, only those atoms with a narrow velocity spread will be excited, since the other atoms will be Doppler-shifted out of resonance.
These states of the electronic structure of an atom will be described here in terms of the simplest atom, the hydrogen atom.
Atom will be more attractive for device makers, the firm's executives argue, because developers can rely on the Intel Architecture and will not have to learn new tricks.
The atom will be completely stable in the state with the smallest orbit, since there is no orbit of lower energy into which the electron can jump.
Once the electron from its valence shell has been transferred, the sodium atom will be missing an electron; it therefore will have a positive charge and become a sodium ion.
Using a spectrum of H-vacancy binding energies generated by effective medium calculations, it has been shown that the creation of H-induced vacancies can lead to drastic increases in the diffusivity of the lattice atom, but that the effects reflected in the thermodynamic functions of the H-atoms will be less than the experimentally detectable limits.
