Europe's long term plans for cutting edge astronomy and cosmology research

In summary, the Cosmic Vision workshop at UNESCO in 2004 was a major step forward in developing a long-term vision for Europe's space science, which will be presented in the spring. 151 proposals were discussed, including three themes in each of three discipline groups: other worlds and life in the universe, the early universe, the evolving violent universe, towards quantum gravity, beyond the standard model, the gravitational wave universe, from the sun to the earth and beyond, tracing the origin of the solar system, and life and habitability in the solar system and beyond. The presentations from the workshop can be downloaded for those with a broadband connection, and the link also provides transcripts of the talks for further information.
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Nereid
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"Review of Cosmic Vision 2015-2025" begins: "The Cosmic Vision workshop at UNESCO on 15-16 September 2004 showed that Europe is richer than ever in ideas for what should be done in space science in the coming years. This workshop brought us a major step forward in developing the vision of the future for Europe’s space science that we expect to present next spring. That long-term vision will be the culmination of the third of the major planning exercises that have framed European space science over the past two decades since the Horizon 2000 exercise in 1983-4."

151 proposals, three themes in each of three discipline groups:
"From the Astronomy Working Group:

Other worlds and life in the universe
The early Universe
The evolving violent universe

From the Fundamental Physics Advisory Group:

Toward quantum gravity
Beyond the standard model
The gravitational wave universe

From the Solar System Working Group:

From the Sun to the Earth and beyond
Tracing the origin of the solar system
Life and habitability in the solar system and beyond"

If you've got a broadband connection, you might like to download one or more of the PDF presentations from one or more themes; lots of really exciting stuff!

If there are any physicists reading this post, you too might like to read some of the presentations; perhaps many of the key advances in fundamental physics in the next half century will come from space-based experiments?
 
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  • #2
Can you point us to transcripts of the talks that accompany the slide-shows? The slides and bullet points are certainly encouraging to somebody who (for instance) already knows why it might be important to demonstrate that the equivalence principal can be broken at some level, but people who have not studied the mechanics of gravitation might skim past that with no real comprehension.

Thanks for the link, by the way. At the very least, I can mine the presentation for names of researchers and continue to plow through papers on CiteBase. I'd love to read the texts of the talks accomanying the slides, though!
 

Related to Europe's long term plans for cutting edge astronomy and cosmology research

1. What are Europe's current plans for cutting edge astronomy and cosmology research?

The European Union's current long term plan for cutting edge astronomy and cosmology research is called the "Strategic Plan for European Astronomy 2015-2025". This plan outlines the main goals and priorities for European astronomy research, including developing new instrumentation and facilities, supporting young researchers, and promoting international collaborations.

2. How will Europe fund these research plans?

Europe's research plans for astronomy and cosmology are funded through a variety of sources, including national and international research institutions, the European Union's Horizon 2020 program, and private partnerships with companies and foundations. In addition, many European countries have their own dedicated funding agencies for scientific research.

3. What specific areas of astronomy and cosmology will these plans focus on?

The Strategic Plan for European Astronomy 2015-2025 outlines five main areas of focus: understanding the formation and evolution of galaxies, investigating the nature of dark matter and dark energy, studying the origin and evolution of the universe, exploring the potential for life on other planets, and developing new technologies and methods for astronomical research.

4. How does Europe collaborate with other countries and organizations in these research plans?

Europe has a strong history of collaboration with other countries and organizations in the field of astronomy and cosmology. The European Southern Observatory (ESO) is a major international organization that is funded by 16 European member states and has partnerships with countries around the world. European astronomers also collaborate with other international organizations, such as NASA and the Japan Aerospace Exploration Agency (JAXA).

5. What impact do these plans have on the global scientific community?

Europe's long term plans for cutting edge astronomy and cosmology research have a significant impact on the global scientific community. European scientists are leaders in many areas of astronomical research, and their collaborations with other countries and organizations help to advance our understanding of the universe. Additionally, the development of new technologies and facilities through these plans can benefit scientists and researchers around the world, leading to new discoveries and advancements in the field of astronomy and cosmology.

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