Given the drastic progress achieved during recent years in our knowledge on the decay and nuclear properties of the thorium isomer 229mTh, the focus of research on this potential nuclear clock transition will turn in the near future from the nuclear physics driven ‘search and characterization phase’ towards a laser physics driven ‘consolidation and realization phase’. This prepares the path towards the ultimate goal of the realization of a nuclear frequency standard, the ‘nuclear clock’. This article briefly summarizes our present knowledge, focusing on recent achievements, and points to the next steps envisaged on the way towards the nuclear clock
A new approach to observe the radiative decay of the $^{229}$Th nuclear isomer, and to determine its...
The Th229 nucleus possesses the lowest-energy nuclear isomeric state. Two widely accepted indirect m...
The first nuclear excited state of $^{229}$Th offers the unique opportunity for laser-based optical ...
The radio isotope Thorium-229 is expected to present a remarkably low-energy excited (isomer) state ...
Video and pdf overview of the talk given by Thorsten Schumm The radio isotope Thorium-229 is expect...
The Th-229 nucleus is known to possess an isomeric state at an energy of about 8 eV above the ground...
Today’s most precise time and frequency measurements are performed with optical atomic clocks. Howev...
AbstractThe perspectives for the increase in the accuracy of optical frequency standards by means of...
Today’s most precise time and frequency measurements are performed with optical atomic clocks. Howev...
Owing to its low excitation energy and long radiative lifetime, the first excited isomeric state of ...
The proposal for the development of a nuclear optical clock has triggered a multitude of experimenta...
The radionuclide thorium-229 features an isomer with an exceptionally low excitation energy that ena...
The nucleus of the radioisotope thorium-229 (${}^{229}$Th) features an isomer with an exceptionally ...
The precise measurement of time has been a goal of physicists for centuries. With every new increase...
AbstractThe perspectives for the increase in the accuracy of optical frequency standards by means of...
A new approach to observe the radiative decay of the $^{229}$Th nuclear isomer, and to determine its...
The Th229 nucleus possesses the lowest-energy nuclear isomeric state. Two widely accepted indirect m...
The first nuclear excited state of $^{229}$Th offers the unique opportunity for laser-based optical ...
The radio isotope Thorium-229 is expected to present a remarkably low-energy excited (isomer) state ...
Video and pdf overview of the talk given by Thorsten Schumm The radio isotope Thorium-229 is expect...
The Th-229 nucleus is known to possess an isomeric state at an energy of about 8 eV above the ground...
Today’s most precise time and frequency measurements are performed with optical atomic clocks. Howev...
AbstractThe perspectives for the increase in the accuracy of optical frequency standards by means of...
Today’s most precise time and frequency measurements are performed with optical atomic clocks. Howev...
Owing to its low excitation energy and long radiative lifetime, the first excited isomeric state of ...
The proposal for the development of a nuclear optical clock has triggered a multitude of experimenta...
The radionuclide thorium-229 features an isomer with an exceptionally low excitation energy that ena...
The nucleus of the radioisotope thorium-229 (${}^{229}$Th) features an isomer with an exceptionally ...
The precise measurement of time has been a goal of physicists for centuries. With every new increase...
AbstractThe perspectives for the increase in the accuracy of optical frequency standards by means of...
A new approach to observe the radiative decay of the $^{229}$Th nuclear isomer, and to determine its...
The Th229 nucleus possesses the lowest-energy nuclear isomeric state. Two widely accepted indirect m...
The first nuclear excited state of $^{229}$Th offers the unique opportunity for laser-based optical ...