A distributed feedback GaAs-based semiconductor laser with a laterally coupled grating is demonstrated at a wavelength of 780.24 nm with up to 60 mW power. A mode expander and aluminum-free active layers have been used to reduce the linewidth to 612 kHz while maintaining high output power. The laser demonstrates over 40 dB side-mode suppression ratio with >0.3nm of tuning suitable for atom cooling experiments with the D2 87Rb atomic transition. This laser has substantial potential to be integrated into miniaturized cold atom systems
We demonstrate operation of a GaAs-based self-aligned stripe (SAS) distributed feedback (DFB) laser....
The compactness, low energy consumption and potential for volume production typical of semiconductor...
We demonstrate operation of a GaAs-based self-aligned stripe (SAS) distributed feedback (DFB) laser....
A distributed feedback GaAs-based semiconductor laser with a laterally coupled grating is demonstrat...
A distributed feedback GaAs-based semiconductor laser with a laterally coupled grating is demonstrat...
A distributed feedback GaAs-based semiconductor laser with a laterally coupled grating is demonstrat...
A distributed feedback GaAs-based semiconductor laser with a laterally coupled grating is demonstrat...
A distributed feedback GaAs-based semiconductor laser with a laterally coupled grating is demonstrat...
A distributed feedback GaAs-based semiconductor laser with a laterally coupled grating is demonstrat...
A distributed feedback GaAs-based semiconductor laser with a laterally coupled grating is demonstrat...
A GaAs/AlGaAs distributed feedback semiconductor (DFB) laser with a laterally-coupled grating is dem...
Distributed feedback (DFB) lasers have been realized emitting at a wavelength of 780.24 nm which dem...
Summary form only given. The UK Quantum Technology Hub in Sensors and Metrology [1] has the aim of d...
Cold atom quantum technology systems have a wide range of potential applications which includes atom...
Cold atom quantum technology systems have a wide range of potential applications which includes atom...
We demonstrate operation of a GaAs-based self-aligned stripe (SAS) distributed feedback (DFB) laser....
The compactness, low energy consumption and potential for volume production typical of semiconductor...
We demonstrate operation of a GaAs-based self-aligned stripe (SAS) distributed feedback (DFB) laser....
A distributed feedback GaAs-based semiconductor laser with a laterally coupled grating is demonstrat...
A distributed feedback GaAs-based semiconductor laser with a laterally coupled grating is demonstrat...
A distributed feedback GaAs-based semiconductor laser with a laterally coupled grating is demonstrat...
A distributed feedback GaAs-based semiconductor laser with a laterally coupled grating is demonstrat...
A distributed feedback GaAs-based semiconductor laser with a laterally coupled grating is demonstrat...
A distributed feedback GaAs-based semiconductor laser with a laterally coupled grating is demonstrat...
A distributed feedback GaAs-based semiconductor laser with a laterally coupled grating is demonstrat...
A GaAs/AlGaAs distributed feedback semiconductor (DFB) laser with a laterally-coupled grating is dem...
Distributed feedback (DFB) lasers have been realized emitting at a wavelength of 780.24 nm which dem...
Summary form only given. The UK Quantum Technology Hub in Sensors and Metrology [1] has the aim of d...
Cold atom quantum technology systems have a wide range of potential applications which includes atom...
Cold atom quantum technology systems have a wide range of potential applications which includes atom...
We demonstrate operation of a GaAs-based self-aligned stripe (SAS) distributed feedback (DFB) laser....
The compactness, low energy consumption and potential for volume production typical of semiconductor...
We demonstrate operation of a GaAs-based self-aligned stripe (SAS) distributed feedback (DFB) laser....