Dramatic advances in astronomical instrumentation and data processing power have transformed astrometry, over the last decades, from a narrow specialist field into a powerful standard tool for astronomical research. In the optical regime Gaia is the prime example of this, but parallel developments are happening in groundbased techniques and at other wavelengths. In this talk I outline some of the advances that have enabled this transformation and give examples from the amazingly rich variety of science applications of modern astrometry. Many more examples are given elsewhere at this meeting. It is clear that we have only seen the beginning of thís process: Gaia has yet to demonstrate the full extent of its capabilities and will be much expa...
Astrometry from space has unique advantages over ground-based observations: the all-sky coverage, re...
GAIA is a concept for an astrometric interferometer studied as a possible cornerstone mission within...
We discuss the opportunities for astronomical discovery via ground-based astrometry carried out in t...
This contribution focuses on the importance of astrometry and on its future developments. Over the c...
In this contribution I provide some thoughts on the options for future space astrometry missions, wi...
The wealth of information in the Gaia catalogue of exoplanets will constitute a fundamenta...
Technological and scientific developments during the past century made a new branch of astronomy flo...
Gaia is a fully-approved all-sky astrometric and photometric survey due for launch in 2011. It will ...
The power of micro-arcsecond (μas) astrometry is about to be unleashed. ESA's Gaia mission, now head...
For the past 20 years, VLBI has been unique in establishing celestial reference frames based on extr...
Gaia is an all sky, high precision astrometric and photometric satellite of the European Space Agenc...
GAIA is a preliminary concept for an astrometric mission, recently recommended within the context of...
The baseline of GAIA is the study of the formation and evolution of the Milky Way from astrometric a...
This contribution focuses on the importance of astrometry and on its future developments. Over the c...
International audienceThe Gaia ESA space mission will provide astrometric observations of a large nu...
Astrometry from space has unique advantages over ground-based observations: the all-sky coverage, re...
GAIA is a concept for an astrometric interferometer studied as a possible cornerstone mission within...
We discuss the opportunities for astronomical discovery via ground-based astrometry carried out in t...
This contribution focuses on the importance of astrometry and on its future developments. Over the c...
In this contribution I provide some thoughts on the options for future space astrometry missions, wi...
The wealth of information in the Gaia catalogue of exoplanets will constitute a fundamenta...
Technological and scientific developments during the past century made a new branch of astronomy flo...
Gaia is a fully-approved all-sky astrometric and photometric survey due for launch in 2011. It will ...
The power of micro-arcsecond (μas) astrometry is about to be unleashed. ESA's Gaia mission, now head...
For the past 20 years, VLBI has been unique in establishing celestial reference frames based on extr...
Gaia is an all sky, high precision astrometric and photometric satellite of the European Space Agenc...
GAIA is a preliminary concept for an astrometric mission, recently recommended within the context of...
The baseline of GAIA is the study of the formation and evolution of the Milky Way from astrometric a...
This contribution focuses on the importance of astrometry and on its future developments. Over the c...
International audienceThe Gaia ESA space mission will provide astrometric observations of a large nu...
Astrometry from space has unique advantages over ground-based observations: the all-sky coverage, re...
GAIA is a concept for an astrometric interferometer studied as a possible cornerstone mission within...
We discuss the opportunities for astronomical discovery via ground-based astrometry carried out in t...