2023
DOI: 10.2139/ssrn.4382533
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This Year's Nobel Prize (2022) in Physics for Entanglement and Quantum Information: the New Revolution in Quantum Mechanics and Science

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“…So, one can attempt to synthesize them in a derivative conjecture about the end of the epoch and history of scientific revolutions since Fukuyama has meant the end of social revolutionary changes under the "end of history": a concept borrowed by him from Hegel and suggesting a rather Hegelian, dialectical "idea of history". In fact, Kuhn's "normal science", complemented by the condition to be permanent and "endless", "eternal", i.e., without those discontinuous periods of "paradigm change" metaphorically called 4 Many papers discuss Kuhn's conception relevantly to the present context (e.g., Kvasz 2014;Sismondo 2012;Wray 2012;Kindi 2005;Larvor 2003;Reisch, 2003;Chen, Andersen, Barker 1998;Corry 1993: Hoyningen-Huene 1993Keith, Zagacki 1992;Gernand, Reedy 1986;Moore 1980;Stanfield 1974;Shapere 1964); many others consider the conception of "scientific revolution" more or less creatively (by the by, including the present essay), but obviously inspired by his idea (as to the context here, e.g., Parrinder 2015;Kornmesser 2014;Roth 2013;Bland 2012;Kondratiuk, Siudem, Hołyst 2012;Wray 2012a;Barker 2011;Dorato 2008;2008a;Perla, Carifio;Barnet 2000;Dyson 1999;Kvasz 1999;Andersen 1998;La Cerra Kurzban 1995;Mayr 1994;Schipper 1988;Yalow 1986;Elguea 1985;Sterman 1985;Wieland 1985;Audretsch 1981;…”
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confidence: 99%
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“…So, one can attempt to synthesize them in a derivative conjecture about the end of the epoch and history of scientific revolutions since Fukuyama has meant the end of social revolutionary changes under the "end of history": a concept borrowed by him from Hegel and suggesting a rather Hegelian, dialectical "idea of history". In fact, Kuhn's "normal science", complemented by the condition to be permanent and "endless", "eternal", i.e., without those discontinuous periods of "paradigm change" metaphorically called 4 Many papers discuss Kuhn's conception relevantly to the present context (e.g., Kvasz 2014;Sismondo 2012;Wray 2012;Kindi 2005;Larvor 2003;Reisch, 2003;Chen, Andersen, Barker 1998;Corry 1993: Hoyningen-Huene 1993Keith, Zagacki 1992;Gernand, Reedy 1986;Moore 1980;Stanfield 1974;Shapere 1964); many others consider the conception of "scientific revolution" more or less creatively (by the by, including the present essay), but obviously inspired by his idea (as to the context here, e.g., Parrinder 2015;Kornmesser 2014;Roth 2013;Bland 2012;Kondratiuk, Siudem, Hołyst 2012;Wray 2012a;Barker 2011;Dorato 2008;2008a;Perla, Carifio;Barnet 2000;Dyson 1999;Kvasz 1999;Andersen 1998;La Cerra Kurzban 1995;Mayr 1994;Schipper 1988;Yalow 1986;Elguea 1985;Sterman 1985;Wieland 1985;Audretsch 1981;…”
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confidence: 99%
“…So, its official recognition was almost a century later 16 after the initial admission as a purely theoretical conjecture (implying eventually an only alleged incompleteness of quantum mechanics suggested by Einstein, Podolsky, and Rosen in 1935): by and after the 2022 Nobel Prize in physics. Another study (Penchev 2023 March 13) considers its revolutionary sequences for physics, science, and society in detail, therefore allowing for them to be here omitted.…”
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