Graziano Mileto — Università Popolare Federiciana Dipartimento di Medicina Integrata e Biofisica ”Giuseppe Martines” (https://www.cimb.me/dipartimenti.html) #
Dielectrons e+e− signals from fusion of QED Coherence and Nuclear states (GDR) in C-C and Ca-Ca relativistic heavy ion collisions and the d6σ = Wfi |Jinc|d6ΦDS problem #
The theory of nucleus-on-nucleus scattering of Mileto’s model, suggest us that the e+e− signals, in relativistic heavy ion collisions, are the evidence of the fusion of electromagnetic and nuclear fields. At the beginning of the calculation, using the relativistic quantum field theory, we may analise the joining of the bosonization of coherent and real photons with the nuclear states coming from the Giant Dipole Resonance which is a nonlinear partial differential sixth-order problem in the calculation of the cross section. Other models fail to describe the whole spectrum of dielectrons, measured from the DLS collaboration at BEVALAC. These models calculate the dielectrons produced from different hadronic generators neglecting the coherent and bosonic effects of electromagnetic fields. Therefore, their calculations underestimate the experimentals results; instead, we present the solution of many body interaction with detailed calculations that are entirely in accordance with measured differential invariant mass spectra of dielectron cross section, for low and medium invariant masses, and with radiative corrections it can also explain high invariant masses. This model implements quantum entanglement. We conclude that, with this model, we may foresee the number of dielectrons produced rescaling the amplitudes and the wave functions with this number, like foreseen by Mileto-Baur-Bertulani-Preparata-Glauber quantum field theory; the calculated spectra are complementary with hadronic generators, and legalizing our model as the probable describer of the heavy ion pile-up scenery as confirmed in the 2019 CERN experiments, having found that γ − γ scattering is a fundamental property of nucleus-nucleus interactions and is a law confirmed with a confidence of 8 σ. This theory is able to explain not only the experimental data of nucleus-nucleus interactions, at relativistc eneergy, but also the data observed by Chandra and Gemini observers from the emission of matter and antimatter by the Pulsar J2030+4415 and other similar pulsars, whose states can be described by General Relativity.  [1] Graziano Mileto, Teoria di campo quanto-relativistica - Una guida sia teorica che applicata e di ricerca scientifica, con esempi ed esercitazioni, pagine: 316, libro pubblicato dall’Aracne Editrice-Collana: Il nucleare, n. 14, ISBN 979-12-218-0465-2, 2023 [2] Graziano Mileto, Produzione di coppie di-elettroniche negli urti fra ioni in regime relativistico, pagine: 524, libro pubblicato dall’Aracne Editrice-Collana: Il nucleare, n. 16, ISBN 979-12-218-0688-5, 2023, 3] Graziano Mileto, Produzione di coppie dielettroniche nel regime relativistico, pagine: 212, libro pubblicato dall’Aracne Editrice, ISBN 978-88-548-8221-8, 2015 [4] Graziano Mileto, G. Preparata et al., “Coherent QED, giant resonances and e+e− in high energy nucleus-nucleus collisions”, Il Nuovo Cimento A (1971-1996) 112, 767– 781 (1999). https://doi.org/10.1007/BF03035885, republished: 09 January 2016 on https://link.springer.com/ [5] Graziano Mileto, “Dielectrons e+e− signals from fusion of QED coherent and nuclear states in relativistic heavy ion collisions”, Hadronic Journal. Volume 28, from pag. 409 to pag. 440; 2005, issue number 4 of September 2005. https://www.hadronicpress.com/ [6] Graziano Mileto, Bevalac’s energy ion collisions coherent isodileptons e+e− results fitted by using QED and Hadronic Mechanics, Hadronic Journal. Volume 29, from pag. 143 to pag. 168; issue number 2 of April 2006. [7] Graziano Mileto, M. Milea, Dielectrons e+e− signals from fusion of QED Coherence and Nuclear states (GDR) in Ca-Ca relativistic heavy ion collision (Il codice I.S.B.N. del CD ove `e incluso l’articolo `e: 9788896810040), per il Workshop ”Mathematica Italia 7◦ User Group Meeting, Università degli Studi di Napoli Federico II, 28-29 maggio 2015”, presso l’Accademia delle Scienze di Napoli, per cui `e stato creato un CD unico con tutti i contributi dei relatori. [8] Graziano Mileto, M. Milea, Dielectrons e+e− signals from fusion of QED Coherence and Nuclear states (GDR) in C-C relativistic heavy ion collision, (Il codice I.S.B.N. del CD ove `e incluso l’articolo `e: 9788896810040), per il Workshop ”Mathematica Italia 7◦ User Group Meeting, Universit`a degli Studi di Napoli Federico II, 28-29 maggio 2015”, presso l’Accademia delle Scienze di Napoli, per cui `e stato creato un CD unico con tutti i contributi dei relatori.