Gosia

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 least-squares searches, enabled the first model-independent extraction of
 <math>E\lambda</math>
-matrix elements from multiple Coulomb excitation data. These fairly complete
+matrix elements from multiple Coulomb excitation data.
-sets of E2 matrix elements made it possible to exploit the rotational invariants
-technique to extract the underlying quadrupole collective degrees of freedom
-directly from the Coulomb excitation data. Note that it is not viable to
-perform a completely model-independent analysis in that models extrapolate
-from the set of measured
-<math>E\lambda</math>
-matrix elements to estimate other matrix elements that are insensitive to the
-data set but play a weak role in the Coulomb excitation process, for example
-the influence of virtual excitation of the highest spin states or of
-excited-state static electric quadrupole moments.
 [[Model_independent_analysis | Model-independent analysis]]

Revision as of 15:01, 29 April 2011