energy states

the rest of the time , energy is dissipated through a set of energy states that do fluoresce in the lab.

By manipulating the energy states, they were able to control the current passing through the molecule.

In the case of atoms, information is represented by nudging electrons to different energy states, often by exciting them with a laser.

Interaction may cause transitions to negative energy states, so that there is no hope for a stability of matter within that framework.

Inour scheme, the logical states of the qubit are encoded in the spatial wavefunctions ofthe two lowest energy states of the system.

Rotational energy states have the least energy .

about abnormal distribution of energy states.

In the simplest case, one obtains a system with two energy states, a so-called quantum bit or qubit.

The new theory still assigns definite energy states to an atom.

If I raise the temperature, that makes the higher energy states get more and more likely.

The energy states of the electrons reduce because of the interaction among TATB molecules.

But now we know that there are other energy states that have relatively long lifetimes.

How you have a very, very narrow distribution of system energy states at equilibrium.

When this new difficulty of the negative energy states appeared it was an example of a difficulty that was not really new ;