Matches in DBpedia 2014 for { ?s ?p John W. Moffat (born 1932) is a Professor Emeritus in physics at the University of Toronto.He is also an adjunct Professor in physics at the University of Waterloo and a resident affiliate member of the Perimeter Institute for Theoretical Physics.Moffat is best known for his work on gravity and cosmology, culminating in his nonsymmetric gravitational theory and scalar–tensor–vector gravity (now called MOG), and summarized in his 2008 book for general readers, Reinventing Gravity. His theory explains galactic rotation curves without invoking dark matter. He proposes a variable speed of light approach to cosmological problems, which posits that G/c is constant through time, but G and c separately have not been. Moreover, the speed of light c may have been much higher during early moments of the Big Bang. His recent work on inhomogeneous cosmological models purports to explain certain anomalous effects in the CMB data, and to account for the recently discovered acceleration of the expansion of the universe.Moffat has proposed a new nonlocal variant of quantum field theory, that is finite at all orders and hence[citation needed] dispenses with renormalization. It also generates mass without a Higgs mechanism.. }
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- John_Moffat_(physicist) abstract "John W. Moffat (born 1932) is a Professor Emeritus in physics at the University of Toronto.He is also an adjunct Professor in physics at the University of Waterloo and a resident affiliate member of the Perimeter Institute for Theoretical Physics.Moffat is best known for his work on gravity and cosmology, culminating in his nonsymmetric gravitational theory and scalar–tensor–vector gravity (now called MOG), and summarized in his 2008 book for general readers, Reinventing Gravity. His theory explains galactic rotation curves without invoking dark matter. He proposes a variable speed of light approach to cosmological problems, which posits that G/c is constant through time, but G and c separately have not been. Moreover, the speed of light c may have been much higher during early moments of the Big Bang. His recent work on inhomogeneous cosmological models purports to explain certain anomalous effects in the CMB data, and to account for the recently discovered acceleration of the expansion of the universe.Moffat has proposed a new nonlocal variant of quantum field theory, that is finite at all orders and hence[citation needed] dispenses with renormalization. It also generates mass without a Higgs mechanism.".