Processing Emotions – Happiness

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Processing emotions The Scherer model of emotion processing includes five basic components, coordinated and synchronized. (Scherer 2016) The inclusion of cognitive assessment is challenged by theorists who regard emotion and cognition as separate systems: Cognitive evaluation of events and objects … Read More

Models of Emotion

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Emotion is a mental state induced by one or more internal or external stimuli, (Panksepp 2004) (A. R. Damasio 1998) (Ekman și Davidson 1994) which determines chemical bodily changes, behavioral responses and a certain state. (Cabanac 2002) (D. L. Schacter, … Read More

Heuristics of String Theory

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The logical positivists would have considered string theory as a speculative metaphysics. The instrumentalist aspect of logical positivism does not correspond with the opinions of string theorists. From the point of view of Popper’s falsifiability, [1] we clearly distinguish between … Read More

Epistemology of String Theory in Quantum Gravity

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In quantum field theory, the main obstacle is the occurrence of the untreatable infinities in the interactions of the particles due to the possibility of arbitrary distances between the point particles. Strings, as extended objects, provide a better framework, which … Read More

Epistemology of Canonical Quantum Gravity – Loop Quantum Gravity

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In the interpretation of canonical quantum gravity (CQG), gravity appears as a geometric pseudoforce, is reduced to spacetime geometry and becomes a simple effect of spacetime curvature. [1] (Maudlin[2]). Lehmkuhl[3] argues that canonical formalism does not confirm this interpretation. General … Read More

Heuristics and Tests of Quantum Gravity

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Heuristics of quantum gravity For the attempt to create a gravitational quantum theory, there are several research programs, some of which became obsolete over time due to the higher heuristic power of other programs. J. Butterfield thus distinguishes three major … Read More

Epistemology of Quantum Gravity

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Recent decades indicate “a blurring of distinction between physical science and mathematical abstraction … [reflecting] a growing tendency to accept, and in some cases ignore, serious testability problems.” [1] Oldershaw lists dozens of major non-testing issues in the pre-instrumentalist era. … Read More

Anomalies of General Relativity

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Over time, the general theory of relativity has accumulated several anomalies and discrepancies, indicating the need for a better theory about gravity or other approaches: Stars in galaxies have a distribution of increasing speeds from the center to the periphery, … Read More

Cosmological Tests of Gravity

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The current cosmological models are built based on general relativity. The solutions of the specific equations, Friedmann-Lemaître-Robertson-Walker, [1] allow to model the evolution of the universe starting from the Big Bang.[2] Some of the parameters of the universe have been … Read More

Summit of Leaders 2019 (Oxford UK) & official ‘Best Enterprises/Manager of the Year’ Project

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Dear Nicolae Sfetcu, Re: Summit of Leaders 2019 (Oxford UK) & official ‘Best Enterprises/Manager of the Year’ Project On December 17, the traditional Summit of Leaders and the Socrates Awards Ceremony will be held at the Oxford Town Hall. The … Read More

Strong Field Gravitational Tests

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When the density of the body becomes large enough, general relativity predicts the formation of a black hole. The neutron stars of about 1.4 solar masses and the black holes are the final stage for the evolution of the massive … Read More

Modern Tests of Relativistic Gravitational Theories

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Dicke and Schiff established a framework for testing general relativity, [1] including through null experiments and using the physics of space exploration, electronics and condensed matter, such as the Pound-Rebka experiment and laser interferometry. The gravitational lens tests and the … Read More

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