Springe direkt zu Inhalt

Phase Protection of Fano-Feshbach Resonances

Rovibrational FFR in spin–orbit excited noble gas dimers.

Rovibrational FFR in spin–orbit excited noble gas dimers.

The research team led by Professor Christiane Koch has shown by means of basic quantum mechanical concepts that an interference effect can dominate the decay process of quantum states.

News from Feb 24, 2020

The lifetime of decaying quantum states depends on the strength of the coupling that causes decay. The research team led by Professor Christiane Koch has used only a few basic quantum mechanical concepts to demonstrate that an interference effect can dominate this process.

Due to a phase condition, the lifetimes of quantum mechanical resonance states can vary over several orders of magnitude. This theoretical prediction was confirmed by two experiments carried out by collaboration partners at the Weizmann Institute.

The research results were published in the journal "Nature Communications".

4 / 17