Results 11 to 20 of about 808,641 (101)

Effective Field Theory for Nuclear Physics [PDF]

Nucl.Phys. A721 (2003) 94-103, 2003
I review the current status of the application of effective field theory to nuclear physics, and its present implications for nuclear astrophysics.
arxiv   +1 more source

On a Missed Mechanism of Dielectron Production in Nucleon-Nucleon Collisions

, 2010
We examine a new mechanism of $e^+e^-$ pair production in $NN$ collisions associated with the $NN$-decoupled dibaryon $d^\star_1$(1956) formation in the process $NN \to \gamma^\star d^\star_1$, where $\gamma^\star$ is the virtual photon which converts ...
Khrykin, Anatoliy S.
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The nucleon and mesons effective masses in the Relativistic Mean-Field Theory

, 2000
Nucleon and meson effective masses in the nonlinear Relativistic Mean - Field Theory (RMF) introducing a nonlinear omega - rho and sigma coupling motivated by the Quark Meson Coupling model (QMC) is explored.
Also see Glendenning N K, Fetter A L, Feynman R, Glendenning N K, Gmuca S J, Guichon P A M, Guichon P A M, Horowitz C J, Ilona Bednarek, Ma Z Y, Manka R, Manka R, P-G Reinhard, Ryszard Manka, Saito K, Saito K, Serot B D, Serot B D, Serot B D, Sugahara Y, Weber F   +20 more
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Dilute Nuclear Matter in Chiral Perturbation Theory [PDF]

, 2003
We use chiral perturbation theory to compute the effective nucleon propagator in an expansion about low density in the chiral limit. We neglect four-nucleon interactions and focus on pion exchange.
A. L. Fetter, E. S. Fraga, J. F. Donoghue, J. Schaffner-Bielich, N. K. Glendenning, N. Kaiser, R. D. Pisarski, R. J. Furnstahl, S. Weinberg, V. Bernard, Y. Hatta   +10 more
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Effective Field Theory and Finite Density Systems

, 2008
This review gives an overview of effective field theory (EFT) as applied at finite density, with a focus on nuclear many-body systems. Uniform systems with short-range interactions illustrate the ingredients and virtues of many-body EFT and then the ...
Abrikosov AA, Bertsch GF, Fetter AL, Gautam Rupak, Gorkov LP, Natl. Res. Counc., Negele JW, Pines D, Regal C, Richard J. Furnstahl, Rozpedzik D, Thomas Schäfer   +11 more
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T-odd particle spin rotation in nuclear target [PDF]

Phys.Lett. A263 (1999) 154-156, 1999
It is shown that particle spin rotation in nuclear target, caused by the imaginary part of the spin-dependent forward scattering amplitude, is T-odd rotation.
arxiv   +1 more source

Neutrinoless double beta decay in effective field theory: the light Majorana neutrino exchange mechanism

, 2018
We present the first chiral effective theory derivation of the neutrinoless double beta-decay $nn\rightarrow pp$ potential induced by light Majorana neutrino exchange. The effective-field-theory framework has allowed us to identify and parameterize short-
Cirigliano, V., Dekens, W., Mereghetti, E., Walker-Loud, A.   +3 more
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Nuclear Astrophysics in Rare Isotope Facilities [PDF]

Heavy Ion Phys. 21 (2004) 307-313, 2003
I discuss a few of the recent developments in nuclear reactions at very low energies with emphasis on the role of radioactive beam facilities.
arxiv   +1 more source

Lattice Simulations for Light Nuclei: Chiral Effective Field Theory at Leading Order [PDF]

, 2006
We discuss lattice simulations of light nuclei at leading order in chiral effective field theory. Using lattice pion fields and auxiliary fields, we include the physics of instantaneous one-pion exchange and the leading-order S-wave contact interactions.
Amroun, Aoki), B. Borasoy, Beane, Beane, Beane, Becher, Bedaque, Bedaque, Bedaque, Bernard, Bogner, Bogner, Borasoy, Borie, Braaten, Carlson, Caurier, Chang, Chen, Coon, Coon, Creutz, Creutz, D. Lee, Duane, E. Epelbaum, Efimov, Efimov, Efros, Epelbaum, Epelbaum, Epelbaum, Epelbaum, Epelbaum, Fantoni, Forssen, Fujii, Fukugita, Glöckle, H. Krebs, Hubbard, Jenkins, Kaiser, Kamada, Kievsky, Kievsky, Krebs, Kuramashi, Lanczos, Lee, Lee, Lee, Lee, Lee, Lee, Lin, Lüscher, Machleidt, Machleidt, Müller, Navratil, Navratil, Nogga, Nogga, Nogga, Ordonez, Pederiva, Pieper, Pieper, Pieper, Pieper, Platter, Platter, Platter, Platter, Pudliner, Sarsa, Seki, Stoks, Stratonovich, Thomas, U. -G. Meißner, Varga, Weinberg, Weinberg, Wiringa, Wiringa, Wiringa, Wu, Wu   +90 more
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Few-Nucleon Forces and Systems in Chiral Effective Field Theory

, 2005
We outline the structure of the nuclear force in the framework of chiral effective field theory of QCD and review recent applications to processes involving few nucleons.Comment: 87 pages, 34 figures, to appear in Prog. Part.
Afnan, ALPHA, Ananthanarayan, Ando, Ando, Austin, Ballot, Banerjee, Beane, Beane, Beane, Beane, Beane, Beane, Beane, Beane, Beane, Beane, Beane, Beane, Beane, Becher, Bedaque, Bedaque, Bedaque, Bedaque, Bedaque, Belitsky, Bergervoet, Bernard, Bernard, Bernard, Bernard, Bernard, Bernard, Bernard, Bernard, Bijnens, Bijnens, Bijnens, Bijnens, Bijnens, Bijnens, Bijnens, Birse, Birse, Birse, Bishop, Black, Blankleider, Blankleider, BNL-E865, Bogner, Bogner, Bogner, Borasoy, Braaten, Braaten, Brueckener, Bruns, Bulgac, Büttiker, Callan, Chen, Chen, Cirigliano, Cohen, Cohen, Cohen, Cohen, Cohen, Colangelo, Coleman, Coleman, Coon, Coon, Coon, Dancoff, Danilov, de Swart, Dilg, Djukanovic, Djukanovic, Donoghue, Donoghue, Donoghue, Durand, Duweke, Ebertshauser, Ecker, Ecker, Ecker, Eden, Efimov, Efimov, Efimov, Ellis, Entem, Entem, Entem, Entem, Entem, Epelbaum, Epelbaum, Epelbaum, Epelbaum, Epelbaum, Epelbaum, Epelbaum, Epelbaum, Epelbaum, Epelbaum, Epelbaum, Epelbaum, Epelbaum, Epelbaum, Epelbaum, Epelbaum, Epelbaum, Ericson, Ericson, Ermisch, Ermisch, Evgeny Epelbaum, Faddeev, Fateev, Fettes, Fettes, Fettes, Fettes, Fettes, Finkemeier, Fleming, Fleming, Foldy, Frederico, Friar, Friar, Friar, Friar, Friar, Friar, Friar, Friar, Friar, Friar, Frink, Fuchs, Fuchs, Fuchs, Fujii, Fukuda, Fukugita, Furnstahl, Gabbiani, Gasser, Gasser, Gasser, Gasser, Gasser, Gasser, Gasser, Gegelia, Gegelia, Gegelia, Gegelia, Gegelia, Gegelia, Gell-Mann, Girlanda, Glöckle, Glöckle, Glöckle, Greenberg, Griesshammer, Hanhart, Hasenfratz, Hemmert, Hemmert, Henley, Higa, Higa, Higa, Howell, Hüber, Hüber, Hüber, Itzykson, Jenkins, Jenkins, Kaiser, Kaiser, Kaiser, Kaiser, Kaiser, Kaiser, Kaiser, Kamada, Kamada, Kaplan, Kaplan, Kaplan, Kaplan, Kaplan, Kaplan, Kharchenko, Kievsky, Knecht, Koike, Krause, Krebs, Krebs, Krebs, Kuroś-Żołnierczuk, Leinweber, Lensky, Lepage, Leutwyler, Leutwyler, Leutwyler, Luke, Lutz, Lutz, Machleidt, Machleidt, Machleidt, Mannel, Manohar, Matsinos, Meißner, Meißner, Meißner, Meißner, Meißner, Meißner, Mojžiš, Müller, M˜osconi, Navrátil, Nelson, Niskanen, NN-Online program, Nogga, Nogga, Nogga, Nogga, Nogga, Nogga, Nogga, Okubo, Oller, Ordóñez, Pandharipande, Park, Park, Park, Park, Park, Park, Park, Park, Pascalutsa, Pascalutsa, Pavon Valderrama, Pavon Valderrama, Pavon Valderrama, Pavon Valderrama, Phillips, Phillips, Phillips, Phillips, Phillips, Pich, Pieper, Pieper, Pislak, Platter, Platter, Pudliner, Pupin, qq+q, Rentmeester, Rentmeester, Robilotta, Robilotta, Rodning, Roy, Rupak, SAID on-line program, Scherer, Schweber, Shebeko, Skorniakov, Slavnov, Stapp, Steele, Stoks, Stoks, Sugawara, Sugawara, Taketani, Tamm, Tang, Tjon, Ueling, UKQCD, Urech, Vafa, van der Leun, van Kolck, van Kolck, van Kolck, van Kolck, van Kolck, van Kolck, Vretenar, Walzl, Walzl, Weinberg, Weinberg, Weinberg, Weinberg, Weinberg, Weinberg, Wess, Wilson, Wiringa, Witała, Witała, Witten, Witten, Yang, Yang, Yang, Yang, Yang, Yukawa, Zejma, Zhu, ’t Hooft   +339 more
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