Results 61 to 70 of about 159,480 (286)

Nuclear Physics in the Era of Quantum Computing and Quantum Machine Learning

Advanced Quantum Technologies, Volume 8, Issue 12, December 2025.
The use of QML in the realm of nuclear physics at low energy is almost nonexistent. Three examples of the use of quantum computing and quantum machine in nuclear physics are presented: the determination of the phase/shape in nuclear models, the calculation of the ground state energy, and the identification of particles in nuclear physics experiments ...
José‐Enrique García‐Ramos, Álvaro Sáiz, José M. Arias, Lucas Lamata, Pedro Pérez‐Fernández   +4 more
wiley   +1 more source

Complete Set of Deuteron Analyzing Powers for dp Elastic Scattering at 250 MeV/nucleon and Three Nucleon Forces

EPJ Web of Conferences, 2010
Measurements of a complete set of deuteron analyzing powers (iT11, T20, T21, T22) for elastic deuteron–proton scattering at 250 MeV/nucleon have been performed with polarized deuteron beams at RIKEN RI Beam Factory.
Shimizu Y., Yako K., Sakai H., Suzuki H., Okamura H., Sakaguchi S., Sasano M., Sakamoto N., Sekiguchi K., Maeda Y., Saito T., Wakasa T., Dozono M.   +12 more
doaj   +1 more source

Remarks on the pion–nucleon σ-term

Physics Letters B, 2016
The pion–nucleon σ-term can be stringently constrained by the combination of analyticity, unitarity, and crossing symmetry with phenomenological information on the pion–nucleon scattering lengths. Recently, lattice calculations at the physical point have
Martin Hoferichter, Jacobo Ruiz de Elvira, Bastian Kubis, Ulf-G. Meißner   +3 more
doaj   +1 more source

The transverse nucleon single-spin asymmetry for the semi-inclusive production of photons in lepton-nucleon scattering

Physics Letters B, 2020
We study the semi-inclusive production of real, high-pT, isolated photons in unpolarized and polarized lepton-proton collisions, ℓp→ℓγX. In particular we analyze the transverse nucleon single-spin asymmetry within the collinear twist-3 formalism in ...
Weeam S. Albaltan, Alexei Prokudin, Marc Schlegel   +2 more
doaj   +1 more source

Low Energy Proton-Deuteron Scattering with a Coulomb-Modified Faddeev Equation [PDF]

, 2002
A modified version of the Faddeev three-body equation to accommodate the Coulomb interaction, which was used in the study of three-nucleon bound states, is applied to the proton-deuteron scattering problem at energies below the three-body breakup ...
Ishikawa, S.
core   +3 more sources

Energy‐Dependent SEP Fe/O Abundances During the May 2024 Superstorm

Space Weather, Volume 23, Issue 11, November 2025.
Abstract During mid‐May 2024, active region (AR) 13664 produced a series of M‐ and X‐class flares along with several coronal mass ejections (CMEs) that resulted in exceptionally strong aurora at Earth. This study presents in situ solar energetic particle (SEP) ion composition data from Solar Terrestrial Relations Observatory Ahead (STA), Advanced ...
G. D. Muro, C. M. S. Cohen, Z. Xu, R. A. Leske, A. C. Cummings, S. Bale, G. D. Berland, E. R. Christian, M. E. Cuesta, M. I. Desai, F. Fraschetti, J. Giacalone, L. Y. Khoo, A. Labrador, D. J. McComas, J. G. Mitchell, M. Pulupa, N. A. Schwadron, M. M. Shen   +18 more
wiley   +1 more source

Complete Set of Deuteron Analyzing Powers for dp Elastic Scattering at Intermediate Energies and Three Nucleon Forces

EPJ Web of Conferences, 2014
Experimental programs with polarized deuterons beams at intermediate energies are in progress at RIKEN RI Beam Factory. We have measured a complete set of deuteron analyzing powers in deuteron–proton elastic scattering at 250 and 294 MeV/nucleon.
Sekiguchi K., Okamura H., Wada Y., Miyazaki J., Taguchi T., Gebauer U., Dozono M., Kawase S., Kubota Y., Lee C. S., Maeda Y., Mashiko T., Miki K., Sakaguchi S., Sakai H., Sakamoto N., Sasano M., Shimizu Y., Takahashi K., Tang R., Uesaka T., Wakasa T., Yako K.   +22 more
doaj   +1 more source

Dispersion relations in real and virtual Compton scattering

, 2002
A unified presentation is given on the use of dispersion relations in the real and virtual Compton scattering processes off the nucleon. The way in which dispersion relations for Compton scattering amplitudes establish connections between low energy ...
Altarelli, Anselmino, Arndt, B. Pasquini, Babusci, Babusci, Baldin, Baranov, Baranov, Bass, Bass, Berg, Bernabeu, Bernabeu, Bernard, Bernard, Bernard, Bernard, Bernard, Bianchi, Birse, Bjorken, Bjorken, Bjorken, Blümlein, Boffi, Brash, Brodsky, Burkert, Burkert, Burkert, Burkert, Burkhardt, Callan, Camen, Ciofi degli Atti, Copley, Cudell, D. Drechsel, de L. Kronig, Dicus, Drechsel, Drechsel, Drechsel, Drechsel, Drechsel, Drechsel, Drell, Edelmann, Enik, Federspiel, Frazer, Galler, Gell-Mann, Gell-Mann, Gellas, Gellas, Gerasimov, Gilman, Gol'danski, Grießhammer, Guichon, Guichon, Hallin, Hand, Hanstein, Hecking, Heisenberg, Hemmert, Hemmert, Hemmert, Hemmert, Hemmert, Holstein, Holstein, Hornidge, Höhler, Hünger, Jackson, Jaffe, Ji, Ji, Ji, Ji, Klein, Koester, Kolb, Kondratyuk, Koniuk, Kossert, Kramers, L'vov, L'vov, L'vov, L'vov, Lapidus, Larin, Levchuk, Low, M. Vanderhaeghen, MacGibbon, Mandelstam, Martin, Merzbacher, Metz, Metz, Nikolenko, Nussenzveig, Oehme, Olmos de León, Pasquini, Pasquini, Pasquini, Pavan, Petrunkin, Pilkuhn, Powell, Prange, Roche, Rose, Rose, Scherer, Schmiedmayer, Schäfer, Schäfer, Simula, Thomas, Tonnison, Tsai, Vanderhaeghen, Vanderhaeghen, Vanderhaeghen, Vijaya Kumar, Wandzura, Weiner, Wess, Wissmann, Witten, Wolf, Zieger   +139 more
core   +1 more source

Compton Scattering by Nuclei [PDF]

, 1999
The concept of Compton scattering by even-even nuclei from giant-resonance to nucleon-resonance energies and the status of experimental and theoretical researches in this field are outlined. Nuclear Compton scattering in the giant-resonance energy-region
Adler, Adler, Ahrens, Ahrens, Ahrens, Alarcon, Alberico, Anastasio, Anthony, Arenhövel, Arenhövel, Arenhövel, Arenhövel, Arenhövel, Arenhövel, Arenhövel, Arima, Arndt, Austin, Austin, Babusci, Babusci, Bar-Noy, Bar-Noy, Baranov, Barashenkov, Baron, Bauer, Baumann, Baumann, Bawin, Baym, Bentz, Berends, Bergqvist, Berman, Berman, Bernard, Bowles, Bowles, Brown, Brown, Brown, Brown, Brown, Brown, Brown, Brown, Brown, Bunatian, Bäckman, Carrasco, Caso, Christillin, Christillin, Christillin, Christillin, Christillin, Christillin, Christillin, Christillin, Compton, Dale, Dale, Damashek, deForest, deJager, Delli Carpini, Dickhoff, Dickhoff, Dietrich, Dodge, Dodge, Drake, Dressel, Enik, Ericson, Ericson, Ericson, Ericson, Fabrocici, Fano, Federspiel, Feldman, Franz, Friar, Friar, Friar, Friar, Friman, Fuhrberg, Fuhrberg, Fuhrberg, Fuhrberg, Fujita, Fujita, Fuller, Gaerttner, Garcı́a-Recio, Gell-Mann, Gerasimov, Goldansky, Goldberger, Goldhaber, Gottfried, Hall, Hanstein, Hara, Harvey, Hayward, Hayward, Hayward, Hayward, Hyuga, Hünger, Hütt, Hütt, Hütt, Igarashi, Jacob, Ji, Kahane, Kane, Kane, Klingenbeck, Koch, Koester, Kraus, Kraus, Krause, Kroll, Kroll, Kurath, Körfgen, L'vov, L'vov, L'vov, L'vov, L'vov, Laget, Laget, Landau, Landau, Laszewski, Laymon, LeBrun, Leicht, Lenz, Leprêtre, Levchuk, Levinger, Levinger, Levinger, Levinger, Lohmann, Ludwig, Lvov, MacCormic, MacGibbon, Matsuura, Migdal, Migdal, Miller, Milstein, Molinari, Mondry, Moricciani, Nambu, Nathan, Nathan, Nolte, Nolte, Oset, Oset, Oset, Papatzacos, Pasquini, Petrun'kin, Petrunkin, Pitthan, Proff, Radyushkin, Rambo, Riska, Rosa-Clot, Rose, Rullhusen, Ryckebusch, Ryckebusch, Ryckebusch, Schelhaas, Schelhaas, Schelhaas, Schmiedmayer, Schmitt, Schröder, Schumacher, Schumacher, Schumacher, Schumacher, Schumacher, Selke, Serot, Siegert, Silbar, Stearns, Steinwedel, Stichel, Thirring, Thorn, Udagawa, Vanderhaeghen, Veyssière, Vogt, Wakamatsu, Weiner, Weise, Weise, Weise, Wells, Weng, Weyrauch, Wichmann, Wienhard, Wilbois, Wissmann, Wissmann, Wright, Wright, Zieger, Ziegler, Zorro, Zurmühl   +232 more
core   +2 more sources

Generation of High‐Brilliance Polarized γ‐Rays Via Vacuum Dichroism‐Assisted Vacuum Birefringence

Advanced Science, Volume 12, Issue 33, September 4, 2025.
A novel method is proposed for generating such γ‐photon beams via the vacuum‐dichroism‐assisted quantum vacuum birefringence effect, only utilizing well‐established unpolarized electron beams and solving the critical problem of demanding polarized ones.
Chong Lv, Feng Wan, Yousef I. Salamin, Qian Zhao, Mamutjan Ababekri, Ruirui Xu, Jian‐Xing Li   +6 more
wiley   +1 more source