Classifier Instance:

Anchor text: Keck
Target Entity: W\u002e_M\u002e_Keck_Observatory
Preceding Context: The most accepted theory of how these structures came to be is that all the large-scale structure of the cosmos we observe today was formed as a consequence of the growth of the primordial fluctuations, which are small changes in the density of the universe in a confined region. As the universe cooled clumps of dark matter began to condense, and within them gas began to condense. The primordial fluctuations gravitationally attracted gas and dark matter to the denser areas, and thus the seeds that would later become galaxies were formed. These structures constituted the first galaxies. At this point the universe was almost exclusively composed of hydrogen, helium, and dark matter. Soon after the first proto-galaxies formed, the hydrogen and helium gas within them began to condense and make the first stars. Thus the first galaxies were then formed. In 2007, using the
Succeeding Context: telescope, a team from California Institute of Technology found six star forming galaxies about 13.2 billion light years (light travel distance) away and therefore created when the universe was only 500 million years old. The discovery of a galaxy more than 13 billion years old, which existed only 480 million years after the Big Bang, was reported in January 2011.
Paragraph Title: Formation of the first galaxies
Source Page: Galaxy formation and evolution

Ground Truth Types:

Predicted Types:

Type	Confidence	Decision
wordnet_artifact_100021939	-0.0987149482904165	0
wordnet_event_100029378	-2.9411936737934856	0
wordnet_organization_108008335	-1.4417310720738572	0
wordnet_person_100007846	-1.4114771555980228	0
yagoGeoEntity	-1.5382387225547356	0