A significant reduction of absorption of single gamma photons has been observed using the Mössbauer spectra of 57Fe in a FeCO3 crystal. The absorption deficit can be ascribed to partially destructive interference for absorption because of two indistinguishable absorption paths. The necessary coherence is created by means of level mixing produced by a suitable combination of a magnetic dipole and electric quadrupole interaction.SCOPUS: cp.jinfo:eu-repo/semantics/publishe
We studied the resonance fluorescence of Moessbauer radiation of Fe 57 nuclei with coherently couple...
The quantum interference effects occurring in resonant scattering of a γ photon in the multilevel γ-...
Three-level atomic and molecular systems coupled to two laser fields exhibit transparency effects th...
We show that the interference effects (similar to electromagnetically induced transparency, which wa...
Possible mechanisms for the partial transparency of a thin Mössbauer absorber under nuclear level an...
Gain without inversion for a level-mixing scheme is studied for gamma-optics. In this scheme nuclear...
A new approach to the observation of electromagnetic-induced transparency in gamma optics is propose...
The manipulation of light-matter interactions by quantum control of atomic levels has had a profound...
A new approach to observing the effect of electromagnetically induced transparency in gamma optics i...
© 2020 American Physical Society. © 2020 American Physical Society. We report an observation of a 14...
Coulomb excitation of the 136 ke V level of 57Fe was produced by 4 MeV α particles. Absorption of th...
In this paper, the physical origin of interferences has been explored in a four-level cascade rubidi...
A model of Mössbauer absorption in the nuclear level anticrossing regime with allowance for electron...
We studied the resonance fluorescence of Moessbauer radiation of Fe 57 nuclei with coherently couple...
The quantum interference effects occurring in resonant scattering of a γ photon in the multilevel γ-...
Three-level atomic and molecular systems coupled to two laser fields exhibit transparency effects th...
We show that the interference effects (similar to electromagnetically induced transparency, which wa...
Possible mechanisms for the partial transparency of a thin Mössbauer absorber under nuclear level an...
Gain without inversion for a level-mixing scheme is studied for gamma-optics. In this scheme nuclear...
A new approach to the observation of electromagnetic-induced transparency in gamma optics is propose...
The manipulation of light-matter interactions by quantum control of atomic levels has had a profound...
A new approach to observing the effect of electromagnetically induced transparency in gamma optics i...
© 2020 American Physical Society. © 2020 American Physical Society. We report an observation of a 14...
Coulomb excitation of the 136 ke V level of 57Fe was produced by 4 MeV α particles. Absorption of th...
In this paper, the physical origin of interferences has been explored in a four-level cascade rubidi...
A model of Mössbauer absorption in the nuclear level anticrossing regime with allowance for electron...
We studied the resonance fluorescence of Moessbauer radiation of Fe 57 nuclei with coherently couple...
The quantum interference effects occurring in resonant scattering of a γ photon in the multilevel γ-...
Three-level atomic and molecular systems coupled to two laser fields exhibit transparency effects th...