Nuclear transitions are indeed interesting, although we mention them several times already.
2.
This means they are very sensitive to small changes in the energies of nuclear transitions.
3.
There is no valid formulation for an equivalent concept for E0 ( electric monopole ) nuclear transitions.
4.
Many scientists were also reminded of the M�ssbauer effect, a process involving nuclear transitions in a solid.
5.
And many scientists were also reminded of the M�ssbauer effect, a process involving nuclear transitions in a solid.
6.
In nuclear transitions governed by chirality of the interaction, and in this case pseudovectors and vectors " are " added.
7.
From this analysis we can conclude that the Gamow Teller nuclear transition from 0 ?! ? is a weak perturbation of the system's interaction Hamiltonian.
8.
Furthermore, nonlinearity of the oscillating cloud would produce both spatial and temporal harmonics, so nuclear transitions of higher multipolarity could also be driven at multiples of the laser frequency.
9.
If the emitting and absorbing nuclei were in identical chemical environments, the nuclear transition energies would be exactly equal and resonant absorption would be observed with both materials at rest.
10.
The emission and absorption of X-rays by gases had been observed previously, and it was expected that a similar phenomenon would be found for gamma rays, which are created by nuclear transitions ( as opposed to X-rays, which are typically produced by electronic transitions ).
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