Lasers have played an important role for the development of new spectroscopy techniques yielding spins, electromagnetic moments and charge radii of many unstable nuclei. More recently, similar techniques have been introduced to manipulate atoms and thus to prepare beams or samples of radioactive atoms for various applications including nuclear spectroscopy and decay studies
The development of high intensity lasers has opened up new opportunities for nuclear physics studies...
The development of high intensity lasers has opened up new opportunities for nuclear physics studies...
The development of high intensity lasers has opened up new opportunities for nuclear physics studies...
An overview is given on the application of lasers in nuclear physics. The review focuses on atomic p...
A laser is a unique tool to produce plasma and photon beams or particle beams with very high fluxes ...
A laser is a unique tool to produce plasma and photon beams or particle beams with very high fluxes ...
A laser is a unique tool to produce plasma and photon beams or particle beams with very high fluxes ...
The development of high intensity lasers has opened up new opportunities for nuclear physics studies...
The development of high intensity lasers has opened up new opportunities for nuclear physics studies...
The development of high intensity lasers has opened up new opportunities for nuclear physics studies...
Atomic physics techniques for the determination of ground-state properties of radioactive isotopes a...
Atomic physics techniques for the determination of ground-state properties of radioactive isotopes a...
The development of high intensity lasers has opened up new opportunities for nuclear physics studies...
The development of high intensity lasers has opened up new opportunities for nuclear physics studies...
The development of high intensity lasers has opened up new opportunities for nuclear physics studies...
The development of high intensity lasers has opened up new opportunities for nuclear physics studies...
The development of high intensity lasers has opened up new opportunities for nuclear physics studies...
The development of high intensity lasers has opened up new opportunities for nuclear physics studies...
An overview is given on the application of lasers in nuclear physics. The review focuses on atomic p...
A laser is a unique tool to produce plasma and photon beams or particle beams with very high fluxes ...
A laser is a unique tool to produce plasma and photon beams or particle beams with very high fluxes ...
A laser is a unique tool to produce plasma and photon beams or particle beams with very high fluxes ...
The development of high intensity lasers has opened up new opportunities for nuclear physics studies...
The development of high intensity lasers has opened up new opportunities for nuclear physics studies...
The development of high intensity lasers has opened up new opportunities for nuclear physics studies...
Atomic physics techniques for the determination of ground-state properties of radioactive isotopes a...
Atomic physics techniques for the determination of ground-state properties of radioactive isotopes a...
The development of high intensity lasers has opened up new opportunities for nuclear physics studies...
The development of high intensity lasers has opened up new opportunities for nuclear physics studies...
The development of high intensity lasers has opened up new opportunities for nuclear physics studies...
The development of high intensity lasers has opened up new opportunities for nuclear physics studies...
The development of high intensity lasers has opened up new opportunities for nuclear physics studies...
The development of high intensity lasers has opened up new opportunities for nuclear physics studies...