Matches in DBpedia 2016-04 for { ?s ?p "Paul John Ellis (25 May 1941 – 20 February 2005) was a professor of physics at University of Minnesota for over 30 years. He is noted for his earlier work examining effective interactions inside nuclei, coupled channel approaches to nuclear reactions, and later work looking at dense nuclear matter inside neutron stars and developing a set of effective lagrangians that take into account scale and chiral symmetry."@en }
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- Paul_John_Ellis abstract "Paul John Ellis (25 May 1941 – 20 February 2005) was a professor of physics at University of Minnesota for over 30 years. He is noted for his earlier work examining effective interactions inside nuclei, coupled channel approaches to nuclear reactions, and later work looking at dense nuclear matter inside neutron stars and developing a set of effective lagrangians that take into account scale and chiral symmetry.".
- Q7151591 abstract "Paul John Ellis (25 May 1941 – 20 February 2005) was a professor of physics at University of Minnesota for over 30 years. He is noted for his earlier work examining effective interactions inside nuclei, coupled channel approaches to nuclear reactions, and later work looking at dense nuclear matter inside neutron stars and developing a set of effective lagrangians that take into account scale and chiral symmetry.".
- Paul_John_Ellis comment "Paul John Ellis (25 May 1941 – 20 February 2005) was a professor of physics at University of Minnesota for over 30 years. He is noted for his earlier work examining effective interactions inside nuclei, coupled channel approaches to nuclear reactions, and later work looking at dense nuclear matter inside neutron stars and developing a set of effective lagrangians that take into account scale and chiral symmetry.".
- Q7151591 comment "Paul John Ellis (25 May 1941 – 20 February 2005) was a professor of physics at University of Minnesota for over 30 years. He is noted for his earlier work examining effective interactions inside nuclei, coupled channel approaches to nuclear reactions, and later work looking at dense nuclear matter inside neutron stars and developing a set of effective lagrangians that take into account scale and chiral symmetry.".