Add to ORKGWe demonstrate that Rydberg atoms can be transferred to states of lower principal quantum number by exposing them to a frequency chirped microwave pulse. Specifically, we have transferred n=75 atoms to n=66 with a 400-ns pulse chirped from 7.8 to 11.8 GHz. In spite of the large number of coupled levels, using a simplified model we can describe the process reasonably well as a sequence of adiabatic rapid passages
The remarkable level of control of atomic wavepackets that can be achieved using very-high-n Rydberg...
Atoms in high-lying Rydberg states with large values of principal quantum number n, n ≥300, form ...
We have experimentally investigated a catalysis effect in the resonant energy transfer between ultra...
We demonstrate that Rydberg atoms can be transferred to states of lower principal quantum number by ...
We demonstrate that Rydberg atoms can be transferred to states of lower principal quantum number by ...
We present a comprehensive and ab initio nonperturbative investigation of the coherent population tr...
Population transfer between low-lying Rydberg states independent of the initial state is realized us...
When a lithium atom in a Rydberg state (n 80) is exposed to a short, intense microwave pulse we fin...
When a lithium atom in a Rydberg state (n 80) is exposed to a short, intense microwave pulse we fin...
When a lithium atom in a Rydberg state (n 80) is exposed to a short, intense microwave pulse we fin...
When a lithium atom in a Rydberg state (n 80) is exposed to a short, intense microwave pulse we fin...
When a lithium atom in a Rydberg state (n 80) is exposed to a short, intense microwave pulse we fin...
Core-nonpenetrating Rydberg states of molecules are a relatively untapped resource in molecular phys...
We demonstrate coherent two-photon population transfer to Rydberg states of barium atoms using a com...
Core-nonpenetrating Rydberg states of molecules are a relatively untapped resource in molecular phys...
The remarkable level of control of atomic wavepackets that can be achieved using very-high-n Rydberg...
Atoms in high-lying Rydberg states with large values of principal quantum number n, n ≥300, form ...
We have experimentally investigated a catalysis effect in the resonant energy transfer between ultra...
We demonstrate that Rydberg atoms can be transferred to states of lower principal quantum number by ...
We demonstrate that Rydberg atoms can be transferred to states of lower principal quantum number by ...
We present a comprehensive and ab initio nonperturbative investigation of the coherent population tr...
Population transfer between low-lying Rydberg states independent of the initial state is realized us...
When a lithium atom in a Rydberg state (n 80) is exposed to a short, intense microwave pulse we fin...
When a lithium atom in a Rydberg state (n 80) is exposed to a short, intense microwave pulse we fin...
When a lithium atom in a Rydberg state (n 80) is exposed to a short, intense microwave pulse we fin...
When a lithium atom in a Rydberg state (n 80) is exposed to a short, intense microwave pulse we fin...
When a lithium atom in a Rydberg state (n 80) is exposed to a short, intense microwave pulse we fin...
Core-nonpenetrating Rydberg states of molecules are a relatively untapped resource in molecular phys...
We demonstrate coherent two-photon population transfer to Rydberg states of barium atoms using a com...
Core-nonpenetrating Rydberg states of molecules are a relatively untapped resource in molecular phys...
The remarkable level of control of atomic wavepackets that can be achieved using very-high-n Rydberg...
Atoms in high-lying Rydberg states with large values of principal quantum number n, n ≥300, form ...
We have experimentally investigated a catalysis effect in the resonant energy transfer between ultra...