Based on the success of four-telescope imaging with the Michigan Infrared Combiner (MIRC) on the CHARA Array, our Michigan-based group will now upgrade our system to combine all six CHARA telescope simultaneously. In order to make this observationally efficient, we have had to improve a number of subsystems and commission new ones, including the new CHAMP fringe tracker, the introduction of photometric channels, the upgrading of the realtime operating systems, and the obvious hardware and software upgrades of the control system and the data pipeline. Here we will discuss the advantages of six-telescope operation, outline our upgrade plans and discuss our current progress
We describe the layout and unique features of the focal plane system for MIRI. We begin with the det...
A new heterodyne interferometer for the atmospheric window from 9 to 12 microns was developed during...
We present the design for a near-infrared (JHK) fringe tracker to be used at the CHARA Array, a long...
Based on the success of four-telescope imaging with the Michigan Infrared Combiner (MIRC) on the CHA...
International audienceMichigan InfraRed Combiner-eXeter (MIRC-X) is a new highly sensitive six-teles...
The Michigan Infrared Combiner (MIRC) has been designed for two primary goals: 1) imaging with all s...
Michigan InfraRed Combiner (MIRC) is a near-infrared image-plane combiner at the CHARA array which c...
This is the final version of the article. Available from SPIE via the DOI in this recordMIRC-X is a ...
We present the design of the Michigan Infra-Red Combiner (MIRC). MIRC is planned for deployment at t...
Cophasing six telescopes from the CHARA array, the CHARA-Michigan Phasetracker (CHAMP) and Michigan ...
The CHARA Michigan Phase-tracker (CHAMP) is a real-time fringe tracker for the CHARA Array, a six-te...
We report the first scientific results from the Michigan Infrared Combiner (MIRC), including the fir...
MIRC-X is a six telescope beam combiner at the CHARA array that works in J and H wavelength bands an...
The CHARA Array possesses the longest baselines in the world for infrared and visible interferometry...
The CHARA-Michigan Phasetracker (CHAMP) successfully tracks fringes in 4-telescope and 6-telescope m...
We describe the layout and unique features of the focal plane system for MIRI. We begin with the det...
A new heterodyne interferometer for the atmospheric window from 9 to 12 microns was developed during...
We present the design for a near-infrared (JHK) fringe tracker to be used at the CHARA Array, a long...
Based on the success of four-telescope imaging with the Michigan Infrared Combiner (MIRC) on the CHA...
International audienceMichigan InfraRed Combiner-eXeter (MIRC-X) is a new highly sensitive six-teles...
The Michigan Infrared Combiner (MIRC) has been designed for two primary goals: 1) imaging with all s...
Michigan InfraRed Combiner (MIRC) is a near-infrared image-plane combiner at the CHARA array which c...
This is the final version of the article. Available from SPIE via the DOI in this recordMIRC-X is a ...
We present the design of the Michigan Infra-Red Combiner (MIRC). MIRC is planned for deployment at t...
Cophasing six telescopes from the CHARA array, the CHARA-Michigan Phasetracker (CHAMP) and Michigan ...
The CHARA Michigan Phase-tracker (CHAMP) is a real-time fringe tracker for the CHARA Array, a six-te...
We report the first scientific results from the Michigan Infrared Combiner (MIRC), including the fir...
MIRC-X is a six telescope beam combiner at the CHARA array that works in J and H wavelength bands an...
The CHARA Array possesses the longest baselines in the world for infrared and visible interferometry...
The CHARA-Michigan Phasetracker (CHAMP) successfully tracks fringes in 4-telescope and 6-telescope m...
We describe the layout and unique features of the focal plane system for MIRI. We begin with the det...
A new heterodyne interferometer for the atmospheric window from 9 to 12 microns was developed during...
We present the design for a near-infrared (JHK) fringe tracker to be used at the CHARA Array, a long...