The very long baseline interferometer (VLBI) can achieve the highest angular resolution imaging of any telescope at radio wave-lengths using thousand–kilometre baselines. The deployment at the center for high angular resolution astronomy (CHARA) array of new beam combiners has enabled the imaging capabilities of the array. CHARA can now obtain images with an angular resolution similar to the VLBI but using hundred–metre baselines. This is achieved by operating the array at the shorter wavelengths of optical and infrared light. We review the successful deployment of the Michigan infrared combiner at the CHARA array and discuss some of the imaging results from this instrument. Key words
The CHARA Array is a six telescope optical/IR interferometer run by the Center for High Angular Reso...
We present the design of the Michigan Infra-Red Combiner (MIRC). MIRC is planned for deployment at t...
In this paper I review some of the fundamental aspects of optical long baseline interferometry. I pr...
The very long baseline interferometer (VLBI) can achieve the highest angular resolution imaging of a...
The Center for High Angular Resolution Astronomy (CHARA) was established in the College of Arts and ...
Michigan InfraRed Combiner (MIRC) is a near-infrared image-plane combiner at the CHARA array which c...
International audienceMichigan InfraRed Combiner-eXeter (MIRC-X) is a new highly sensitive six-teles...
The CHARA Array is a six 1 m telescope optical/IR interferometric array located on Mount Wilson, Cal...
The CHARA Array possesses the longest baselines in the world for infrared and visible interferometry...
The CHARA Array is a six element optical and near infrared interferometer built by Georgia State Uni...
The CHARA Array is a six 1-m telescope optical/IR interferometric array located on Mount Wilson Cali...
Georgia State University operates the Center for High Angular Resolution Astronomy (CHARA) Array at ...
Based on the success of four-telescope imaging with the Michigan Infrared Combiner (MIRC) on the CHA...
International audienceThe CHARA array is an optical/near infrared interferometer consisting of six 1...
The CHARA Array is the longest baseline optical interferometer in the world. Operated with natural s...
The CHARA Array is a six telescope optical/IR interferometer run by the Center for High Angular Reso...
We present the design of the Michigan Infra-Red Combiner (MIRC). MIRC is planned for deployment at t...
In this paper I review some of the fundamental aspects of optical long baseline interferometry. I pr...
The very long baseline interferometer (VLBI) can achieve the highest angular resolution imaging of a...
The Center for High Angular Resolution Astronomy (CHARA) was established in the College of Arts and ...
Michigan InfraRed Combiner (MIRC) is a near-infrared image-plane combiner at the CHARA array which c...
International audienceMichigan InfraRed Combiner-eXeter (MIRC-X) is a new highly sensitive six-teles...
The CHARA Array is a six 1 m telescope optical/IR interferometric array located on Mount Wilson, Cal...
The CHARA Array possesses the longest baselines in the world for infrared and visible interferometry...
The CHARA Array is a six element optical and near infrared interferometer built by Georgia State Uni...
The CHARA Array is a six 1-m telescope optical/IR interferometric array located on Mount Wilson Cali...
Georgia State University operates the Center for High Angular Resolution Astronomy (CHARA) Array at ...
Based on the success of four-telescope imaging with the Michigan Infrared Combiner (MIRC) on the CHA...
International audienceThe CHARA array is an optical/near infrared interferometer consisting of six 1...
The CHARA Array is the longest baseline optical interferometer in the world. Operated with natural s...
The CHARA Array is a six telescope optical/IR interferometer run by the Center for High Angular Reso...
We present the design of the Michigan Infra-Red Combiner (MIRC). MIRC is planned for deployment at t...
In this paper I review some of the fundamental aspects of optical long baseline interferometry. I pr...