Titlebook: Developments in High Energy Physics; Proceedings of the I Paul Urban Conference proceedings 1970 Springer-Verlag / Wien 1970 energy.field t

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Some Recent Work in Regge Theory: Regge Cuts, The Absorption Model and Glauber Theory,one using perturbation theory. A derivation is given of the cut structure that arises from the absorption model and from the Glauber model of deuteron scattering. The validity of this derivation, and of these models, is then examined.

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,Veneziano — Like Model for A Two-Current Amplitude,ts. It is found that when one incorporates certain desirable features, in particular the correct Fubini-Gell-Mann fixed pole at j=l, the model automatically satisfies the Bjorken scaling law. It is shown how the model may be extended to describe deep inelastic electron-proton scattering.

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https://doi.org/10.1007/978-981-13-8343-4eaction to a non-linear equation of this kind would be either to try to get an approximate solution by iteration, or to introduce a linearization, perhaps in the neighbourhood of a known approximate solution. I will introduce some concepts of Banach space analysis [1], which will enable us to put th

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School-Based Teaching Research in Chinae ability to produce measurable numbers, is approximately a constant. So the few people who want to obtain physical results, by purely deductive means, starting from postulates which are not obviously inconsistent with one another have a very hard time. One may be sometimes tempted to think that the

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The Modernization of Higher Educationmmetric vacuum state, Goldstone bosons etc., and only at the end is the formalism put to use to obtain verifiable tests. This approach allows the display of mathematical elegance, but it may not be too helpful in motivating in what way these concepts are actually needed to describe the empirical fac

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Iveta Silova,Jeremy Rappleye,Euan Auld amplitudes, and the places where simple pole dominance seems to fail. The second deals with Regge cuts, various prescriptions for calculating them, and what experiments are helpful. The third is about finite energy sum rules, their use to predict high energy scattering, and some problems with asymp