2016望远镜和仪器光学和机械技术进展国际会议 Advances in Optical and Mechanical Technologies for Telescopes and Instrumentation

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Following the success of the SPIE Modern Technologies in Space- and Ground-based Telescopes and Instrumentation conferences in previous years, this conference will continue to provide an opportunity and a forum for optical and opto-mechanical engineers and scientists to present and discuss advances and innovations in optical fabrication, optical devices, metrology, new materials, structures and mechanisms for space and ground-based astronomical telescopes, instrumentation and supporting facilities. Papers on novel techniques and devices are particularly encouraged, for instance new ideas for exploitation of photonic technologies in this field. The main emphasis of this conference will be on the optical and opto-mechanical aspects of components and subsystems; papers related to overall systems are covered elsewhere.

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Potential main topics to be addressed in this conference include, but are not limited to the following:

Telescope Structures and Domes, Lightweight Structures for Space Applications
Active Structures, Active and Adaptive Optics and actuators
Technologies for Cryogenic Instruments
New Materials
Fabrication of Mirrors, Lenses and Windows
Test and Metrology of optical components and optical systems
Coatings, Dichroics and Filters
Gratings and Dispersers
Polarimetry
Optical Fibers, Waveguides and Integrated Photonics
Spectroscopy
High Contrast Imaging and Coronagraphy
Sub-topics include:
novel technologies and concepts for instruments and telescopes
smart focal planes for MOS systems: pick-off arms, starbugs
immersion gratings manufacturing, VPH and CGH manufacturing, grating testing
IR and visible filter manufacturing, optical coatings (AR and reflective coatings)
polarimetry and polarization optics, liquid crystal spatial light modulators technology
Slit, Integral Field and Multi Object Spectroscopy, integrated miniature spectrometers
atmospheric dispersion correctors
IFU systems: lenslets array, image slicers, optical fibers
cryo-coolers, cryomechanisms, cryogenic optical mounts, cryogenic adaptive mirrors
vibration control and vibration damping systems
technologies for gravitational waves detection
technologies for solar telescopes and instrumentation
simulators, actuators and motors for space cryo-vacuum
novel and conventional antenna/telescope structural configurations
smart structures, space frames, telescope enclosures
primaries for optical/IR telescopes, segmented and monolithic
reflector panels for radio telescopes
optical beamforming techniques and photonics integration
light-weighting of optical components, use of composite materials, membrane mirrors
use of additive manufacturing techniques
bearing systems: wheel-on-track, hydrostatic, roller bearings, flex-pivots, other
contamination control, cleanliness, outgassing
straylight suppression and infrared black paint
design techniques for optical and opto-mechanical systems
applications of astronomical technology in other fields