Beyond Classification and Prediction: The Promise of Physics-Informed Machine Learning in Astronomy and Cosmology from philsciFri Feb 09 2024 22:02:20 (14 hours)# 1. Meskhidze, Helen (2024) Beyond Classification and Prediction: The Promise of Physics-Informed Machine Learning in Astronomy and Cosmology. [Preprint] Send To > Keep unreadDelete On the reality of the quantum state once again: A no-go theorem for psi-ontic models?… Read more →
Statistics on Lefschetz thimbles: Bell/Leggett-Garg inequalities and the classical-statistical approximation. (arXiv:2011.02657v1 [hep-th]) 上午10:08 | Zong-Gang Mou, Peter Millington, Paul M. Saffin, Anders Tranberg | quant-ph updates on arXiv.org Inspired by Lefschetz thimble theory, we treat Quantum Field Theory as a statistical theory with a complex Probability Distribution Function (PDF). Such complex-valued PDFs permit the violation of Bell-type inequalities, which cannot… Read more →
Classical causal models cannot faithfully explain Bell nonlocality or Kochen-Specker contextuality in arbitrary scenarios. (arXiv:1909.05434v1 [quant-ph]) 下午12:56 | quant-ph updates on arXiv.org Authors: J. C. Pearl, E. G. Cavalcanti In a recent work, it was shown by one of us (EGC) that Bell-Kochen-Specker inequality violations in phenomena satisfying the no-disturbance condition (a generalisation of the no-signalling condition) cannot in general be explained… Read more →
On the Consistency of the Wheeler-DeWitt Equation in the Quantized Eddington-inspired Born-Infeld Gravity. (arXiv:1810.10918v1 [gr-qc]) hep-th updates on arXiv.org on 2018-10-26 3:30am GMT Authors: Mariam Bouhmadi-López, Che-Yu Chen, Pisin Chen We re-examine the quantum geometrodynamical approach within the Eddington-inspired-Born-Infeld theory of gravity, which was first proposed in our previous work [1]. A thorough analysis of the classical Hamiltonian with constraints is carried and… Read more →
This is a list of this week’s papers on quantum foundations published in various journals or uploaded to preprint servers such as arxiv.org and PhilSci Archive. A comparative review of four formulations of noncommutative quantum mechanics. (arXiv:1603.07176v2 [hep-th] UPDATED) hep-th updates on arXiv.org on 2016-7-02 7:53am GMT Authors: Laure Gouba Four formulations of quantum mechanics on noncommutative Moyal phase spaces are… Read more →
This is a list of this week’s papers on quantum foundations published in various journals or uploaded to preprint servers such as arxiv.org and PhilSci Archive. Thermal dimension of quantum spacetime. (arXiv:1602.08020v1 [hep-th]) gr-qc updates on arXiv.org on 2016-2-27 8:55am GMT Authors: Giovanni Amelino-Camelia, Francesco Brighenti, Giulia Gubitosi, Grasiele Santos Recent results suggest that a crucial crossroad for quantum gravity is the characterization of… Read more →
This is a list of this week’s papers on quantum foundations published in the various journals or uploaded to the preprint servers such as arxiv.org and PhilSci Archive. A Survey of the ESR Model for an Objective Reinterpretation of Quantum Mechanics Latest Results for International Journal of Theoretical Physics on 2015-3-28 12:00am GMT Abstract Contextuality and nonlocality (hence nonobjectivity of physical properties) are usually maintained… Read more →
This is a list of last week’s papers on quantum foundations published in the various journals or uploaded to the preprint servers such as arxiv.org and PhilSci Archive. Killer collapse: empirically probing the philosophically unsatisfactory region of GRW Latest Results for Synthese on 2015-2-21 12:00am GMT Abstract GRW theory offers precise laws for the collapse of the wave function. These… Read more →
This is a list of last week’s papers on quantum foundations published in the various journals or uploaded to the preprint servers such as arxiv.org and PhilSci Archive. The Black Hole Information Paradox and the Collapse of the Wave Function PhilSci-Archive: No conditions. Results ordered -Date Deposited. on 2015-2-14 9:17pm GMT Okon, Elias and Sudarsky, Daniel (2015) The Black Hole… Read more →
