With his theoretical work Walter Greiner, our mentor, pioneered super heavy element research and motivated us young scientists. He actively shaped the profile of GSI. We are happy that still during his lifetime we could prove some of his predictions: Fusion with magic nuclei paving the way to super heavy elements and the proof of the prediction of the nuclear species existing only by shell stabilization, super heavy elements. With the discovery of oganesson, Z=118, the heaviest element known today, we have come to the end of this era. New experimental developments will be discussed
We discuss the sequence of developments that over the past 90 years led to current insights on heavy...
Although somewhat in the shadow of the discoveries of new elements, experimental chemical investigat...
Artificially produced chemical elements heavier than uranium have been known for more than...
With his theoretical work Walter Greiner, our mentor, pioneered super heavy element research and mot...
Professor Walter Greiner, our mentor, colleague, and friend, passed away in the age of eighty. Durin...
Science often develops most vigorously through challenging studies of extreme phenomena. Superheavy ...
In nuclear physics, superheavy and hypernuclei are two of the most important fields of research. The...
In nuclear physics, superheavy and hypernuclei are two of the most important fields of research. The...
In the 1960s, theoretical concepts prepared the path to nuclear matter with proton and neutron numbe...
The nuclear shell model predicts that the next doubly magic shell-closure beyond "2"0"...
The new superheavy elements with Z=113, 115, 117, and 118 were recently accepted into the periodic t...
The elements Z = 110 and Z = 111 were synthesized and identified for the first time in experiments a...
It is expected that the cross section for super-heavy nuclei production of Z > 118 is dropping into ...
1996 was again a very productive year at GSI with many remarkable advances in the experimental and t...
The annual report gives an overview on scientific activities, technical developments and research wo...
We discuss the sequence of developments that over the past 90 years led to current insights on heavy...
Although somewhat in the shadow of the discoveries of new elements, experimental chemical investigat...
Artificially produced chemical elements heavier than uranium have been known for more than...
With his theoretical work Walter Greiner, our mentor, pioneered super heavy element research and mot...
Professor Walter Greiner, our mentor, colleague, and friend, passed away in the age of eighty. Durin...
Science often develops most vigorously through challenging studies of extreme phenomena. Superheavy ...
In nuclear physics, superheavy and hypernuclei are two of the most important fields of research. The...
In nuclear physics, superheavy and hypernuclei are two of the most important fields of research. The...
In the 1960s, theoretical concepts prepared the path to nuclear matter with proton and neutron numbe...
The nuclear shell model predicts that the next doubly magic shell-closure beyond "2"0"...
The new superheavy elements with Z=113, 115, 117, and 118 were recently accepted into the periodic t...
The elements Z = 110 and Z = 111 were synthesized and identified for the first time in experiments a...
It is expected that the cross section for super-heavy nuclei production of Z > 118 is dropping into ...
1996 was again a very productive year at GSI with many remarkable advances in the experimental and t...
The annual report gives an overview on scientific activities, technical developments and research wo...
We discuss the sequence of developments that over the past 90 years led to current insights on heavy...
Although somewhat in the shadow of the discoveries of new elements, experimental chemical investigat...
Artificially produced chemical elements heavier than uranium have been known for more than...