A small proportion of atomic nuclei can form highly excited metastable states, or isomers. Of particular Interest is a class of isomers found in deformed axially symmetric nuclei; these isomers are among the longest-lived and have the potential to reach the highest energies. By probing their properties, insights into nuclear structure have been gained. The possibility of stimulated isomer decay may ultimately lead to new forms of energy storage and γ-ray lasers
High-K isomers exemplify the coexistence of individual-particle and collective motion in atomic nucl...
High-K isomers exemplify the coexistence of individual-particle and collective motion in atomic nucl...
International audienceThe study of nuclear structure of neutron-rich nuclei at large angular momentu...
Excited states of atomic nuclei can have long half lives, due to the angular-momentum couplings of u...
The structure of nuclear isomeric states is reviewed in the context of their role in contemporary nu...
The structure of nuclear isomeric states is reviewed in the context of their role in contemporary nu...
The suggestion that some atomic nuclei would be able to exist in more than one stable or metastable ...
Isomers and their roles in discovery and as probes of nuclear structure are discussed, with a focus ...
In the field of nuclear science, the radioactive species encountered will decay by alpha emission, b...
The suggestion that some atomic nuclei would be able to exist in more than one stable or metastable...
The term nuclear isomerism was originally applied to an excited state of the nucleus whose lifetime ...
The atomic nucleus and its electrons are often thought of as independent systems that are held toget...
Using the Experimental Storage Ring (ESR) coupled to the FRagment Separator (FRS) and SIS-UNILAC acc...
The atomic nucleus and its electrons are often thought of as independent systems that are held toget...
The region of neutron-rich nuclei beyond 208Pb has been very difficult to explore due to its high ma...
High-K isomers exemplify the coexistence of individual-particle and collective motion in atomic nucl...
High-K isomers exemplify the coexistence of individual-particle and collective motion in atomic nucl...
International audienceThe study of nuclear structure of neutron-rich nuclei at large angular momentu...
Excited states of atomic nuclei can have long half lives, due to the angular-momentum couplings of u...
The structure of nuclear isomeric states is reviewed in the context of their role in contemporary nu...
The structure of nuclear isomeric states is reviewed in the context of their role in contemporary nu...
The suggestion that some atomic nuclei would be able to exist in more than one stable or metastable ...
Isomers and their roles in discovery and as probes of nuclear structure are discussed, with a focus ...
In the field of nuclear science, the radioactive species encountered will decay by alpha emission, b...
The suggestion that some atomic nuclei would be able to exist in more than one stable or metastable...
The term nuclear isomerism was originally applied to an excited state of the nucleus whose lifetime ...
The atomic nucleus and its electrons are often thought of as independent systems that are held toget...
Using the Experimental Storage Ring (ESR) coupled to the FRagment Separator (FRS) and SIS-UNILAC acc...
The atomic nucleus and its electrons are often thought of as independent systems that are held toget...
The region of neutron-rich nuclei beyond 208Pb has been very difficult to explore due to its high ma...
High-K isomers exemplify the coexistence of individual-particle and collective motion in atomic nucl...
High-K isomers exemplify the coexistence of individual-particle and collective motion in atomic nucl...
International audienceThe study of nuclear structure of neutron-rich nuclei at large angular momentu...