On knowledge representing interacting systems

Müller, Armin; Jorna, R.J.J.M.; Heusden, Barend van; Posner, Roland

doi:10.1515/9783110871579.271

Cited by 2 publications

(2 citation statements)

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“…The existence of such nonextensive energy barriers between thermodynamically unstable retrieval states and the spin glass phase might well invalidate conventional (exponential) finite-size-scaling expressions for first order phase transitions, on which the analyses of simulation data [7,9] were based. Here we should, however, remark that Müller [17] knowing of our results -has recently performed Monte Carlo simulations which would confirm our values for α c on the basis of a conventional finite-size-scaling analysis of his data.…”

Section: Summary and Discussionsupporting

confidence: 78%

The Replica Symmetry Breaking

Dotsenko¹

1995

World Scientific Lecture Notes in Physics

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The phenomenon of replica symmetry breaking is investigated for the retrieval phases of Hopfield-type network models. The basic calculation is done for the generalized version of the standard model introduced by Horner [1] and by Perez-Vicente and Amit [2] which can exhibit low mean levels of neural activity. For a mean activityā = 1/2 the Hopfield model is recovered. In this case, surprisingly enough, we cannot confirm the well known one step replica symmetry breaking (1RSB) result for the storage capacity which was presented by Crisanti, Amit and Gutfreund

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Section: Summary and Discussionsupporting

confidence: 78%

The Replica Symmetry Breaking

Dotsenko¹

1995

World Scientific Lecture Notes in Physics

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“…Nevertheless, they are gaining valuable experience in B physics now at the collider with a recently installed silicon vertex detector (Muller, 1993). Issues related to how cleanly and how efficiently one can separate vertices can only be addressed with such experience.…”

Section: E Experimental Prospectsmentioning

confidence: 99%

The search for directCPviolation

1993

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The formalism necessary to understand the phenomenon of CP noneonservation as observed in the neutral-kaon system is presented. The distinction between indirect CP violation and direct CP violation is made, and the level of understanding of the phenomenon in the standard model is reviewed. Attention is placed on new experimental efforts that could definitely establish a first-order or direct effect. The authors analyze the potential for such an observation in both kaon and J3-meson decays and give the range of predictions from the standard model. Other possible models are considered briefly.

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On knowledge representing interacting systems

Cited by 2 publications

References 0 publications

The Replica Symmetry Breaking

The Replica Symmetry Breaking

The search for directCPviolation

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