This paper describes the modeling efforts undertaken in the past couple of years to derive wavefront error (WFE) performance estimates for the Narrow Field Infrared Adaptive Optics System (NFIRAOS), which is the facility laser guide star (LGS) dual-conjugate adaptive optics (AO) system for the Thirty Meter Telescope (TMT). The estimates describe the expected performance of NFIRAOS as a function of seeing on Mauna Kea, zenith angle, and galactic latitude (GL). They have been developed through a combination of integrated AO simulations, side analyses, allocations, lab and lidar experiments
The TMT first light AO facility consists of the Narrow Field Infra-Red AO System (NFIRAOS), the asso...
NFIRAOS is the first-light adaptive optics system planned for the Thirty Meter Telescope, and is bei...
Although the TMT AO system NFIRAOS will operate primarily in a laser guidestar multi-conjugate AO mo...
This paper describes the modeling efforts undertaken in the past couple of years to derive wavefront...
This paper describes wave-optics Monte Carlo simulation results to asses the impact of laser guide s...
Adaptive optics (AO) is essential for many elements of the science case for the Thirty Meter Telesco...
The scientific productivity of laser guide star adaptive optics systems strongly depends on the sky ...
Atmospheric turbulence compensation via adaptive optics (AO) will be essential for achieving most ob...
Adaptive optics (AO) is essential for many elements of the science case for the Thirty Meter Telesco...
NFIRAOS, the Thirty Meter Telescope’s first adaptive optics system is an order 60x60 Multi-Conjugate...
At first light, the overall AO system architecture for the Thirty Meter Telescope will consist ...
Atmospheric turbulence compensation via adaptive optics (AO) will be essential for achieving most ob...
This paper discusses point spread function reconstruction (PSFR) simulations for laser guide star (L...
A Monte Carlo sky coverage model for laser guide star adaptive optics systems is presented. This mod...
A Monte Carlo sky coverage model for laser guide star adaptive optics systems was proposed by Clare ...
The TMT first light AO facility consists of the Narrow Field Infra-Red AO System (NFIRAOS), the asso...
NFIRAOS is the first-light adaptive optics system planned for the Thirty Meter Telescope, and is bei...
Although the TMT AO system NFIRAOS will operate primarily in a laser guidestar multi-conjugate AO mo...
This paper describes the modeling efforts undertaken in the past couple of years to derive wavefront...
This paper describes wave-optics Monte Carlo simulation results to asses the impact of laser guide s...
Adaptive optics (AO) is essential for many elements of the science case for the Thirty Meter Telesco...
The scientific productivity of laser guide star adaptive optics systems strongly depends on the sky ...
Atmospheric turbulence compensation via adaptive optics (AO) will be essential for achieving most ob...
Adaptive optics (AO) is essential for many elements of the science case for the Thirty Meter Telesco...
NFIRAOS, the Thirty Meter Telescope’s first adaptive optics system is an order 60x60 Multi-Conjugate...
At first light, the overall AO system architecture for the Thirty Meter Telescope will consist ...
Atmospheric turbulence compensation via adaptive optics (AO) will be essential for achieving most ob...
This paper discusses point spread function reconstruction (PSFR) simulations for laser guide star (L...
A Monte Carlo sky coverage model for laser guide star adaptive optics systems is presented. This mod...
A Monte Carlo sky coverage model for laser guide star adaptive optics systems was proposed by Clare ...
The TMT first light AO facility consists of the Narrow Field Infra-Red AO System (NFIRAOS), the asso...
NFIRAOS is the first-light adaptive optics system planned for the Thirty Meter Telescope, and is bei...
Although the TMT AO system NFIRAOS will operate primarily in a laser guidestar multi-conjugate AO mo...