Book contents
- The Discovery of Cosmic Voids
- The Discovery of Cosmic Voids
- Copyright page
- Dedication
- Contents
- Foreword
- Preface
- Acknowledgments
- Abbreviations
- 1 Understanding the Foundations of Modern Cosmology
- 2 Preview of the Discovery of Cosmic Voids
- 3 Homogeneity of the Universe: Great Minds Speak Out
- 4 All-Sky Surveys in the Transition Years 1950–1975
- 5 The Early Redshift Surveys from Arizona Observatories
- 6 Galaxy Mapping Attempt at Tartu Observatory
- 7 Theoretical Models of Galaxy Formation – East versus West
- 8 Priority Disputes and the Timeline of Publications
- 9 Impact of Cosmic Voids: Cosmology, Gravity at the Weak Limit, and Galaxy Formation
- Book part
- Notes
- Biographical Sketches
- References
- Index
6 - Galaxy Mapping Attempt at Tartu Observatory
Published online by Cambridge University Press: 02 December 2020
- The Discovery of Cosmic Voids
- The Discovery of Cosmic Voids
- Copyright page
- Dedication
- Contents
- Foreword
- Preface
- Acknowledgments
- Abbreviations
- 1 Understanding the Foundations of Modern Cosmology
- 2 Preview of the Discovery of Cosmic Voids
- 3 Homogeneity of the Universe: Great Minds Speak Out
- 4 All-Sky Surveys in the Transition Years 1950–1975
- 5 The Early Redshift Surveys from Arizona Observatories
- 6 Galaxy Mapping Attempt at Tartu Observatory
- 7 Theoretical Models of Galaxy Formation – East versus West
- 8 Priority Disputes and the Timeline of Publications
- 9 Impact of Cosmic Voids: Cosmology, Gravity at the Weak Limit, and Galaxy Formation
- Book part
- Notes
- Biographical Sketches
- References
- Index
Summary
Jaan Einasto at first investigated the structure of nearby galaxies and helped to deduce that they are dominated by dark matter. Joeveer at first studied the distribution and dynamics of stars in our Milky Way galaxy. In a joint effort in the mid-1970s, they investigated the galaxy distribution using catalogued data and began to see evidence for large-scale inhomogeneities. A careful review of their investigation reveals shortcomings. The Tartu Observatory 1.5-m telescope was built and commissioned in this era, but it was not equipped with a spectrograph capable of detecting galaxy redshifts. The greatest advantage held by the Estonians came from their early knowledge of computer simulations by Shandarin based on the Zeldovich approximation. At IAU Symposium No. 79 organized by the Estonian astronomers, the first open discussion was held of cosmic voids. Also participating in the meeting was Brent Tully, an expert on the structure of the Local supercluster.
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- The Discovery of Cosmic Voids , pp. 117 - 133Publisher: Cambridge University PressPrint publication year: 2020