Add to ORKGThe basic theory of upconversion is presented, along with a brief historical summary of upconversion techniques. Upconverters were used in astronomical studies, but have met with only modest success. Upconversion will become a useful detection method for astronomy only if substantial but perhaps forseeable, improvements can be realized
Infrared spectroscopic measurements are a key tool for species identification and substance detectio...
Far-infrared continuum studies from the Kuiper Airborne Observatory are described that are designed ...
With an ever-increasing interest in secure and reliable free-space optical communication, upconversi...
An infrared imaging technique based on the nonlinear interaction known as upconversion was used to o...
The performance of an upconversion system is examined for observation of astronomical sources in the...
International audienceThis paper demonstrates the use of a nonlinear upconversion process to observe...
We demonstrated up-conversion assisted detection of a 2.05-micron signal by using a bulk periodicall...
International audienceHigh resolution stellar interferometers are very powerful efficient instrument...
Mechanisms for linear conversion of infrared to visible were investigated in extrinsic Gap. Efficien...
Infrared detector arrays are becoming increasingly available to the astronomy community, with a numb...
International audienceIn the context of new generation instruments for astronomical interferometer, ...
Contains research objectives and summary of research on two research projects and a report on one re...
International audienceThe Astronomical Light Optical Hybrid Analysis (ALOHA) project investigates th...
The work described in this thesis involved an investigation of the relative merits of selected inexp...
This lithograph uses images of the Orion constellation to illustrate how a common astronomical objec...
Infrared spectroscopic measurements are a key tool for species identification and substance detectio...
Far-infrared continuum studies from the Kuiper Airborne Observatory are described that are designed ...
With an ever-increasing interest in secure and reliable free-space optical communication, upconversi...
An infrared imaging technique based on the nonlinear interaction known as upconversion was used to o...
The performance of an upconversion system is examined for observation of astronomical sources in the...
International audienceThis paper demonstrates the use of a nonlinear upconversion process to observe...
We demonstrated up-conversion assisted detection of a 2.05-micron signal by using a bulk periodicall...
International audienceHigh resolution stellar interferometers are very powerful efficient instrument...
Mechanisms for linear conversion of infrared to visible were investigated in extrinsic Gap. Efficien...
Infrared detector arrays are becoming increasingly available to the astronomy community, with a numb...
International audienceIn the context of new generation instruments for astronomical interferometer, ...
Contains research objectives and summary of research on two research projects and a report on one re...
International audienceThe Astronomical Light Optical Hybrid Analysis (ALOHA) project investigates th...
The work described in this thesis involved an investigation of the relative merits of selected inexp...
This lithograph uses images of the Orion constellation to illustrate how a common astronomical objec...
Infrared spectroscopic measurements are a key tool for species identification and substance detectio...
Far-infrared continuum studies from the Kuiper Airborne Observatory are described that are designed ...
With an ever-increasing interest in secure and reliable free-space optical communication, upconversi...