International audienceThis paper gives an overview of the Astronomical Light Optical Hybrid Analysis (ALOHA) project dedicated to investigate a new method for high resolution imaging in mid infrared astronomy. This proposal aims to use a non-linear frequency conversion process to shift the thermal infrared radiation to a shorter wavelength domain compatible with proven technology such as guided optics and detectors. After a description of the principle, we summarise the evolution of our study from the high flux seminal experiments to the latest results in the photon counting regime
International audienceIn the framework of the Astronomical Light Optical Hybrid Analysis (ALOHA) lab...
Stellar interferometers are high angular resolution devices, allowing for detailed research of the U...
International audienceHigh resolution stellar interferometers are very powerful efficient instrument...
International audienceThis paper gives an overview of the Astronomical Light Optical Hybrid Analysis...
International audienceAstronomical Light Optical Hybrid Analysis (ALOHA@3.39 µm) is a new instrument...
International audienceThe Astronomical Light Optical Hybrid Analysis (ALOHA) project investigates th...
International audienceWe report on the implementation of a mid-infrared (MIR) interferometer prototy...
International audienceIn this paper, we propose a multichannel spectral configuration of the Astrono...
International audienceIn this paper, we present a new concept of instrument for high resolution imag...
International audienceWe report on the first on-sky sensitivity test on a single arm of the Astronom...
National audienceHigh resolution stellar interferometers are very powerful and efficient instruments...
International audienceIn the framework of the Astronomical Light Optical Hybrid Analysis (ALOHA) lab...
Stellar interferometers are high angular resolution devices, allowing for detailed research of the U...
International audienceHigh resolution stellar interferometers are very powerful efficient instrument...
International audienceThis paper gives an overview of the Astronomical Light Optical Hybrid Analysis...
International audienceAstronomical Light Optical Hybrid Analysis (ALOHA@3.39 µm) is a new instrument...
International audienceThe Astronomical Light Optical Hybrid Analysis (ALOHA) project investigates th...
International audienceWe report on the implementation of a mid-infrared (MIR) interferometer prototy...
International audienceIn this paper, we propose a multichannel spectral configuration of the Astrono...
International audienceIn this paper, we present a new concept of instrument for high resolution imag...
International audienceWe report on the first on-sky sensitivity test on a single arm of the Astronom...
National audienceHigh resolution stellar interferometers are very powerful and efficient instruments...
International audienceIn the framework of the Astronomical Light Optical Hybrid Analysis (ALOHA) lab...
Stellar interferometers are high angular resolution devices, allowing for detailed research of the U...
International audienceHigh resolution stellar interferometers are very powerful efficient instrument...