Robert W. Lawson’s scientific contributions

... From the beginning of the twentieth century, periodically, over every decade or so, there have been path-breaking and disruptive theories or discoveries in physics. To name a few, we have Einstien's general theory of relativity (Saha & Bose, 1920;Einstein, 1905a;Einstein, 1920;Einstein, 1905c), wave-particle duality (Weinberger, 2006), quantum theory (Tong, 2006;Peres, 2002;Bohr, 1923;Pahlavani, 2012), Copenhagen Interpretation (Faye, 2022), Heisenberg's principle (Busch et al., 2007;Martens, 1991;Heisenberg, 1925), collapse postulate 1 , Schrodinger's wave function (Trimmer, 1980), Feynman's Experiments and interpretations (Feynman Lectures, 2022), Everett's many world interpretation (Dewitt & Graham, 1973;Barrett, 2018), standard models in cosmology (Robson, 2019;PJE Peebles, 1993) and particle physics (Mann, 2010), entanglement (Einstein, 1935;Aubrun et al., 2011) (EPR), decoherence (Einstein et al., 1935), einselection (Zurek, 2003(Zurek, , 1998, etc. As these theories have advanced, they have branched off into highly specialized areas such as the string theory, black hole 1 Philosphical Issues in Quantum Theory (https://plato.stanford.edu/entries/qt-issues/). ...

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An Investigation into True Reality: Observer, 5D Space, and Cognizance