Optical Lattice Clocks With Non Interacting Bosons And Fermions at Finn Diane blog

Optical Lattice Clocks With Non Interacting Bosons And Fermions. This work opens the possibility of an optical lattice clock with improved stability and accuracy as well as novel approaches for physics. We discuss two possible configurations for optical lattice clocks; We report on frequency comparison of two optical lattice clocks based on fermionic 87 sr trapped in 1d optical lattice and bosonic 88 sr in 3d one. We discuss configurations of optical lattice clocks from the viewpoint of lattice geometries and quantum statistics of interrogated atoms. We report on frequency comparison of two optical lattice clocks based on fermionic 87 sr trapped in 1d optical lattice and bosonic 88 sr in.

Figure 2 from Optical lattice clocks with noninteracting bosons and fermions Semantic Scholar
from www.semanticscholar.org

We discuss configurations of optical lattice clocks from the viewpoint of lattice geometries and quantum statistics of interrogated atoms. This work opens the possibility of an optical lattice clock with improved stability and accuracy as well as novel approaches for physics. We discuss two possible configurations for optical lattice clocks; We report on frequency comparison of two optical lattice clocks based on fermionic 87 sr trapped in 1d optical lattice and bosonic 88 sr in 3d one. We report on frequency comparison of two optical lattice clocks based on fermionic 87 sr trapped in 1d optical lattice and bosonic 88 sr in.

Figure 2 from Optical lattice clocks with noninteracting bosons and fermions Semantic Scholar

Optical Lattice Clocks With Non Interacting Bosons And Fermions This work opens the possibility of an optical lattice clock with improved stability and accuracy as well as novel approaches for physics. We report on frequency comparison of two optical lattice clocks based on fermionic 87 sr trapped in 1d optical lattice and bosonic 88 sr in 3d one. We report on frequency comparison of two optical lattice clocks based on fermionic 87 sr trapped in 1d optical lattice and bosonic 88 sr in. This work opens the possibility of an optical lattice clock with improved stability and accuracy as well as novel approaches for physics. We discuss configurations of optical lattice clocks from the viewpoint of lattice geometries and quantum statistics of interrogated atoms. We discuss two possible configurations for optical lattice clocks;

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