The Megamaser Cosmology Project (MCP)
Dark Energy is the dominant component of the current mass/energy budget in the universe, but little is known about it. The goal of the MCP is to improve our understanding of Dark Energy by measuring the Hubble Constant, H_0, with unprecedented accuracy (< 3%). We aim to measure distances to about 10 galaxies in the Hubble Flow using the "maser distance" technique pioneered on NGC 4258. A more detailed description of the science is available on the Public MCP Page.
Core Team:
- Jim Braatz (NRAO)
- Jim Condon (NRAO)
- Lincoln Greenhill (CfA)
- Christian Henkel (MPIfR)
- Fred Lo (NRAO)
- Mark Reid (CfA)
Postdocs and Students:
- Avanti Tilak (CfA postdoc)
- Ingyin Zaw (NYU postdoc)
- Cheng-Yu Kuo (UVa grad student)
Collaborators:
- Lei Hao (Cornell)
- Liz Humphreys (CfA)
- Jim Moran (CfA)
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