Les publications de recherche de l’équipe SCIQ

Publications de 2018 à 2023

Systèmes complexes et information quantique

Les publications

  1. Q.A. Wang and R. Wang, A true least action principle for damped motion, Journal of Physics: Conf. Series 1113 (2018) 012003, Link
  2. Y. Lanoiselée, L. Nivanen, A. El Kaabouchi, Q. A. Wang, Composition of Fractals, Journal of Physics: Conf. Series 1113 (2018) 012013, Link
  3. Y.Y. Zhu, B. Zhang, Q.A. Wang, W. Li et al, The principle of least effort and Zipf distribution, Journal of Physics: Conf. Series 1113 (2018) 012007, Link
  4. S. Abe, C.J. Ou, Action principle and weak invariants, Results in Physics 14 (2019) 102333, Link
  5. C.J. Ou, Yuho Yokoi and Sumiyoshi Abe, Spin Isoenergetic Process and the Lindblad Equation, Entropy, 21 (2019) 503, Link
  6. C.J. Ou and Sumiyoshi Abe, Weak invariants, temporally local equilibria and isoenergetic processes described by the Lindblad equation, EPL, 125 (2019) 60004, Link
  7. R. Chandrashekar et al, Characterizing coherence with quantum observables, Phys. Rev. Research, 2 (2019) 013157, Link
  8. Z. Shi and S. Abe, Quantum weak invariants: Dynamical evolution of fluctuations and correlations, Entropy, 22 (2020) 1219, Link
  9. Q. A. Wang, Principle of least effort vs. Maximum efficiency : deriving Zipf-Pareto’s laws, Chaos, Solitons & Fractals, 153(2021)111489,  Link
  10. P. Ván and S. Abe, Emergence of modified Newtonian gravity from thermodynamics, Physica A, 588 (2022) 126505, Link
  11. A. El Kaabouchi, F.X. Machu, J. Cocks, R. Wang, Y.Y. Zhu and Q.A. Wang, Study of a measure of efficiency as a tool for applying the principle of least effort to the derivation of the Zipf and the Pareto laws, Advances in Complex Systems, 24 (2021) 2150013, link
  1. Q. Ye, J. Cocks, F. Machu, Q.A. Wang, You certainly know the second law of thermodynamics, Do you know its connection to other laws of physics and chemistry? Eur. Phys. J +, 137 (2022) 1228, link
  2. Philippe Riot, Démonstration de la conjecture de Goldbach, Actes de Journées Scientifiques de Rochebrune 2022, “Systèmes complexes : Théorie & pratiques ». ISBN 979-10-359-9815-8, pp.63-94 Link
  3. I. Biswas, F.X. Machu and A. J. Parameswaran, Connections and genuinely ramified maps of curves, Forum mathematicum, 0343 (2022), Link
  4. Rodrigo Bufalo; Tatiana Cardoso e Bufalo; Lucas P. G. de Figueiredo; Qiuping A. Wang; Fabio Lucio Alves, Assessing Black Swan events with the stochastic least action principle, Tsallis entropy and heavy-tailed distribution, Eur. Phys. J +, 138 (2023) 282,  Link
  5. François X. Machu, Ru Wang, Jean-Louis Cheng, Jeremy Cocks, Q. Alexandre Wang, A System-Independent Derivation of Preferential Attachment from the Principle of Least Effort, Entropy , 25 (2023) 305, link
  6. Philippe Riot, Convention, cycles et points fixes, Présenté à Journées Scientifiques de Rochebrune 2023, 26 mars – 1 avril 2023, Rochebrune, France
  7. Montacer Dridi, Ahmed Mahjoub, Amine Jaouadi, Plasmonic lasing in highly lossy nanocylinder arrays under optical pumping, Applied Physics B, 129 (2023) 171, link