Astronomy

State-of-the-art DM with large number of actuators, large stroke (no separate tip-tilt mirror) and short settling time.

Turbulence introduced by the atmosphere degrades images taken using telescopes. Using adaptive optics recovers much of the information that is lost. As a result, it is possible to increase your number and quality of scientific observations.

ALPAO components and systems provide solutions for the following issues:

• Low photon flux
• High frequency of atmospheric turbulence

Example of results

ALPAO - Adaptive Optic System - Wavefront sensors  - Astronomy equipment - Advanced imaging systems - Improve communication system - Laser beam shaping - Adaptive optics microelectronic - Microscopy quality - Ophtalmic instrument - Adaptive optics components - Adaptive optics news - Adaptive optic - Adaptive optics software - Adaptive optic system - Deformable mirrors

Night observation with AOLI at the 4.2-meter William Herschel
Telescope (WHT) located at
Observatorio del Roque de Los Muchachos
Credit: 
AOLI team, Institute of Astrophysics of the Canary Islands

ALPAO - Adaptive Optic System - Wavefront sensors  - Astronomy equipment - Advanced imaging systems - Improve communication system - Laser beam shaping - Adaptive optics microelectronic - Microscopy quality - Ophtalmic instrument - Adaptive optics components - Adaptive optics news - Adaptive optic - Adaptive optics software - Adaptive optic system - Deformable mirrors

 Day observation with AO and without AO with NSO Sunspot Dunn solar telescope (0.7 meter aperture, New Mexico, USA) 

Credit: Ren Deqing, Université California State Northridge

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Astronomy equipment

Astronomy equipment

Astronomy equipment - ALPAO Components

ALPAO components and systems provides solutions for the following issues : Low photon flux and High frequency of atmospheric turbulence.