All Stories

  1. Symmetric Tidal Tails of Galactic Open Clusters
  2. Stellar masses and mass ratios for Gaia open cluster members
  3. A Catalog of New Blue Stragglers in Open Clusters with Gaia DR3
  4. Open clusters in the outer disc studied with GTC/MEGARA
  5. Unveiling the binary nature of NGC 2323
  6. The longevity of the oldest open clusters
  7. Around the hybrid conference world in the COVID-19 era
  8. Gaia EDR3 comparative study of protoplanetary disk fractions in young stellar clusters
  9. One Star to Tag Them All (OSTTA)
  10. Astronomy organizations should lead in our battle against the climate crisis
  11. Hunting for open clusters inGaiaEDR3: 628 new open clusters found with OCfinder
  12. NGC 1605 is not a Binary Cluster
  13. OCCASO
  14. Abundance–age relations with red clump stars in open clusters
  15. The star cluster age function in the Galactic disc with Gaia DR2
  16. Hunting for open clusters in Gaia DR2: 582 new open clusters in the Galactic disc
  17. Clusterix 2.0: a virtual observatory tool to estimate cluster membership probability
  18. OCCASO – III. Iron peak and α elements of 18 open clusters. Comparison with chemical evolution models and field stars
  19. Extended halo of NGC 2682 (M 67) from Gaia DR2
  20. Hunting for open clusters in Gaia DR2: the Galactic anticentre
  21. Expanding associations in the Vela-Puppis region. 3D structure and kinematics of the young population
  22. Open clusters in APOGEE and GALAH
  23. Age determination for 269 Gaia DR2 open clusters
  24. Gaia Data Release 2
  25. Open cluster kinematics with Gaia DR2 (Corrigendum)
  26. A ring in a shell: the large-scale 6D structure of the Vela OB2 complex
  27. Open cluster kinematics with Gaia DR2
  28. A new method for unveiling open clusters in Gaia
  29. A Gaia DR2 view of the open cluster population in the Milky Way
  30. Discovery of Extended Main Sequence Turnoffs in Galactic Open Clusters
  31. Gaia Data Release 2
  32. Gaia Data Release 2
  33. Gaia Data Release 2
  34. Gaia Data Release 2
  35. Gaia Data Release 2
  36. Gaia Data Release 2
  37. Gaia Data Release 2
  38. Gaia Data Release 2
  39. Characterising open clusters in the solar neighbourhood with the Tycho-Gaia Astrometric Solution
  40. NGC 6705 a young alpha-enhanced open cluster from OCCASO data
  41. Gaia Data Release 1
  42. Chemical and dynamical analysis of Open Clusters from OCCASO data. The case of NGC 6705
  43. The open cluster King 1 in the second quadrant
  44. OCCASO – II. Physical parameters and Fe abundances of red clump stars in 18 open clusters
  45. Gaia Data Release 1
  46. Gaia Data Release 1
  47. Gaia Data Release 1
  48. The Gaia mission
  49. Gaia Data Release 1
  50. The OCCASO survey: presentation and radial velocities of 12 Milky Way open clusters
  51. Radial velocities and metallicities from infrared Ca ii triplet spectroscopy of open clusters
  52. TheGaia-ESO Survey: Stellar content and elemental abundances in the massive cluster NGC 6705
  53. PREFACE: The Milky Way Unravelled by Gaia: GREAT Science from the Gaia Data Releases
  54. GREAT-ITN and Gaia: Preparing for Science
  55. Gaia Mission Status
  56. Gaia Astrometric Science Performance – Post-Launch Predictions
  57. How robust are our views of Milky Way stellar populations before Gaia?
  58. Tick, Tock, Tick, Tock...
  59. Gaia Astrometry and Fundamental Physics
  60. Gaia validation tasks
  61. Daily processing of Gaia data
  62. The Gaia Basic angle: measurement and variations
  63. GaiaRadial Velocity Spectrometer Performance
  64. The Variability Processing and Analysis of the Gaia mission
  65. Making action-angle disc models for Gaia
  66. A PRIMAL view of the Milky Way, made possible by Gaia and M2M modelling
  67. A view of the Galactic bar in the Gaia space of observables
  68. Exoplanets with Gaia: Synergies in the Making
  69. Exoplanets: Gaia and the importance of ground based spectroscopy follow-up
  70. Solar analogs with and without planets: Tctrends and Galactic evolution
  71. Gaia-GOSA: An interactive service for asteroid follow-up observations
  72. Open clusters in the Gaia-ESO Survey: tracing the chemical history of the Milky Way thin disk
  73. The solar siblings in the Gaia era
  74. Quest for the Sun's siblings based on elemental abundances
  75. Do open clusters have distinguishable chemical signatures?
  76. Impact of radial migration on the chemical evolution of the Milky Way disk
  77. Highlights of the LINEAR survey
  78. Detecting the Milky Way Halo Structure and Sub-Structure with OPTICS
  79. Stellar distribution in the star-forming region Gamma Velorum
  80. Looking for multiple populations in open clusters
  81. RAVE as a Gaia precursor: what to expect from the Gaia RVS?
  82. Galactic Archaeology: what changes when ages are known?
  83. Large Scale Structure in the Inner Milky Way
  84. Blue Horizontal Branch Stars in Pan-STARRS
  85. Resonant Clumping and Substructure in Galactic Discs
  86. Statistical analysis of large scale surveys for constraining the Galaxy evolution
  87. Assessing the influence of astronomical phenomena on the Earth
  88. Constraints on thin and thick disc formation from new analysis of 2MASS and SDSS surveys
  89. The Perseus arm stellar overdensity at 1.6 kpc
  90. The Gaia-LSST Synergy
  91. GALAH survey: chemically tagging the thick disk
  92. The WEAVE spectrograph on the WHT: plans for radial velocity and chemistry surveys of the northern and equatorial Milky Way
  93. A glimpse of the Milky Way, as may be seen by Gaia
  94. On the characterization of the Galactic warp in the Gaia era
  95. What can Gaia proper motions tell us about Milky Way dwarf galaxies?
  96. Stellar Motion around Spiral Arms:GaiaMock Data
  97. Exploring Gaia potential to detect HVSs
  98. Nearby Low-Mass Hypervelocity Stars
  99. Gaia, Variable Stars and the Distance Scale
  100. Astrostatistics for luminosity calibration in the Gaia era
  101. Improving the cosmic distance ladder. Distance and structure of the Large Magellanic Cloud
  102. Classical Cepheids behind the Galactic bulge
  103. Three-dimensional extinction mapping using Gaussian random fields
  104. Supernovae and Gaia
  105. Gaia: switching “ON” the transient discovery machine
  106. Ground based follow-up for Gaia Science Alerts: First results
  107. Automated eclipsing binary detection:applying the Gaia CU7 pipeline to Hipparcos
  108. Space astrometry in the Gaia era and beyond
  109. GREAT2Net: Networking in the era of Gaia
  110. Understanding the formation of the Milky Way in the era of Gaia
  111. What drives the evolution of the Milky Way's disk?
  112. Galactic dynamics and radial migration
  113. Carbon stars within the Gaia-ESO survey
  114. Star-planet connection through metallicity
  115. Exploring the orbits of the star via chemical tagging techniques
  116. The Gaia Object Generator (GOG)
  117. A program for optical observations of advanced LIGO early triggers in the southern hemisphere
  118. Characterisation of the Gaia photometry
  119. The OCCASO Survey: Open Clusters Chemical Abundances from Spanish Observatories
  120. The Nearest High-Velocity Stars Revealed by LAMOST data release 1
  121. The Abundances ofα- elements in the open cluster NGC 6791 from APOGEE data
  122. Optical Cartography of the Northern Galactic Plane∗
  123. Potential of the Galaxy from the Besançon galaxy model including non-axisymmetric components: Preliminary results
  124. The Gaia hybrid catalog: a leverage to find Galactic structures
  125. GUASOM: Gaia Utility for Analysis and Knowledge Discovery based on Self Organizing Maps
  126. Benchmark stars for cross-calibration of Galactic stellar surveys
  127. LAMOST Open Clusters Survey: Current Status and Perspective
  128. Tracing the Sgr Tails with LPV Carbon Stars
  129. Time variation of differential reddening towards NGC 4833
  130. Solar twins and siblings in spectroscopic archives
  131. Detectability of Ultra Faint Dwarf Galaxies with Gaia
  132. The IMF at intermediate masses from Galactic Cepheids
  133. The Milky Way: Science and Fiction
  134. Inner Halo Cold Streams in the Era of Gaia
  135. Novel kinematic methods to trace Spiral Arms nature using Gaia data
  136. Characterisation of the Gaia Red Clump
  137. Estimating Gaia's performance for O stars in the Outer Galactic plane usingHerscheldata
  138. Bayesian Inference of Kinematics and Memberships of Open Cluster
  139. Peering through the dust: Precise astrometry in the Galactic mid-plane with the VVV survey
  140. VOSA: SED building and analysis of thousands of stars in the framework of Gaia
  141. On the connection between the thick disk and the galactic bar
  142. Precise spectroscopic parameters for solar-type stars with moderate-to-high rotation
  143. The M-giant candidates identified in the LAMOST data release 1
  144. The Gaia spectrophotometric standard stars survey - I. Preliminary results
  145. CoRoT 102931335: a candidate γ Dor in an eclipsing binary
  146. Spectroscopy of Pre-CV Candidates in the Open Cluster M 67
  147. CoRoT 102931335: a candidate γ Dor in an eclipsing binary
  148. CoRoT's view of newly discovered B-star pulsators: results for 358 candidate B pulsators from the initial run's exoplanet field data
  149. The Domain of δ Scuti Stars: First CoRoT IRa01 Results
  150. The asteroseismic ground-based observational counterpart of CoRoT
  151. uvby – H$\mathsf{_{\beta}}$ CCD photometry and membership segregation of the open cluster NGC 2682 (M 67)
  152. uvby – H$_{\beta}$ CCD photometry and membership segregation of the open cluster NGC 2548; gaps in the Main Sequence of open clusters
  153. uvby–H$_{\beta}$ CCD photometry of NGC 1817 and NGC 1807
  154. New membership determination and proper motions of NGC 1817. Parametric and non-parametric approach
  155. Photometry of the Galactic Open Clusters: NGC 2548 and NGC 1817
  156. Determination of proper motions and membership of the open star cluster NGC 2548
  157. Determination of proper motions and membership of the open clusters NGC 1817 and NGC 1807