QUARKS and GLUONS CONFINEMENT: a POSSIBLE PHYSICAL EXPLANATION
DOI:
https://doi.org/10.14738/aivp.86.9082Keywords:
Strong Interaction (SI); Weak Interaction (WI); Quantum Mechanics(QM); Gluon(G); Brout-Englert-Higgs Mechanism (BEH-M); Electromagnetic(EM); Quark(Q).Abstract
The rules established by Quantum Mechanics (QM) play a crucial role, through the Heisenberg Uncertainty Principle (HUP), in the spatial Confinement of Quarks and Gluons, which have remained eternally confined, since the down of time, in an extremely narrow space by the Strong Interaction.
The enormous amount of energy the Q borrows in favor of the emitted G, prevents it from covering a long way. According to HUP the energy debt has to be paid immediately, and the G flow path, i.e. of its range, will be determined by the short existence that QM gives to the G. Consequently, the very short range of G implies that, according to Yukawa Principle, but in disagreement with gauge theories and Quantum Fields Theory, its mass cannot be = 0, but very high. Our calculations, in fact, show that the range of G should correspond approximately to 8.44[±1.44] 10-16[cm]. This value, therefore, indicates the maximum distance that can separate a Q from the other two inside of a hadron.
References
(1) Gell-Mann M., “A Schematic Model of Baryons and Mesons” Phys. Lett., 8, 214-215 (1964).
(2) Zweig G., “An Su(3) Model For Strong Interaction Symmetry And Its Breaking. 2”, CERN
-TH-412 (1964).
(3) Heisenberg W., “Über den Bau der Atomkerne I”, Zeitshrift fur Physik,77,1-11 (1932).
(4) Maiani L. “60 anni di Yang-Mills”, Il Nuovo Saggiatore, 31,5-6, 22-32 (2015).
(5) Gershtein S.S., Zel’dovič J.B., “Meson corrections in the theory of beta decay”,
Sov. Phys. JETP, 2, 576 (1957).
(6) Feynman R.P.,Gell-Mann M., “Theory of the Fermi Interaction“,Phys. Rev.,109,193-197 (1958).
(7) Cabibbo N., “Unitary Symmetry and Leptonic Decays”,Phys.Rev.Lett.,10,12,531-533 (1963).
(8) Glashow S.L., Iliopoulos J., Maiani L., “Weak Interactions with Lepton-Hadron Symmetry”,
Phys. Rev. D 2,1285-1292 (1970).
(9) Englert F. and Brout R., “Broken Symmetry and the Mass of Gauge Vector Mesons”, Phys.Rev. Lett.,13,321-323 (1964).
(10) Higgs P.W., “Broken Symmetries and the Masses of Gauge Bosons”, Phys.Rev. Lett., 13,
508-509 (1964).
(11) Weinberg S., “A Model of Leptons”, Phys. Rev. Lett.,19,1264-1266 (1967).
(12) Salam A., in “Elementary Particle Theory: Groups and Analycity”, in Proceedings of the Nobel
Symposium1968, Svartholm Ed.,Almquist and Wiksell (Stocholm), Sweden,367-377 (1968).
(13) Glashow S.L., ”Partial-Symmetries of Weak Interactions”, Nuclear Physics,22,579-588 (1961).
(14) ‘t Hooft G., Veltman M.J.G.,“Regolarization and Renormalization of Gauge Fields”,Nuclear
Physycs B,44,189-213(1972).
(15) Kobayashi M., Maskawa T.,“CP Violation in the Renormalizable Theory of Weak Interaction”,
Progr. Theor. Phys., 49,652-657 (1973).
(16) Martone G.I., “Separazione spin-carica nella teoria di Yang-Mills SU(2)”, Tesi di Laurea in
Fisica, relatore L.Martina, Salento’s University, Italy (2010).
(17) Noether E., “Invariante variationprobleme”, Math.-phys. Klasse, 235-257 (1918).
(18) Weyl H., “Gravitation und Elektrizital”, Sitzungsber Akademie der Wissenschaften, Berlin,465,480 (1918).
(19) Fock V., “Uber die invariant Form der Wellenund der Bewegungsgleichungen fureinen geladenen Massenpunkt”, Zeitschrift für Physik, Vol.39, Issue 2–3,226-232 (1926).
(20) London, F., " Quantenmechanische Deutung die Theorie von Weyl". Zeitschrift für
Physik, Vol.42, ,375-389 (1927).
(21) Weyl H.,“Elektron und Gravitation”, Zeitschrift fur Physik, 56, 330-352 (1929).
(22) Nambu Y..and Jona-Lasinio G.,“Dynamical Model of Elementary Particles Based on
an Analogy with Superconductivity.I”, Phys.Rev.,122,345-358 (1961).
(23) Goldstone J., “Field theories with ‘Superconductor’ solutions”, Il Nuovo Cimento,19,1,
54-164 (1961).
(24) Goldstone J., Salam A. and Weinberg S., “Broken Symmetries”, Phys.Rev.,127,965-970 (1962)
(25) Guralnik G.S., Hagen C.R. and Kibble T.W.B., “Global Conservation Laws and Massless
Particles”, Phys.Rev.Lett., 13, 585-587 (1964).
(26) Puccini A., “On the Higgs Boson’s Range”, viXra.org, Quantum Physics:1705,0250 (2017).
(27) Randall L., “Knocking on Heaven’s Door”, Lisa Randall 2011-2012; il Saggiatore ed.
(Milano) 293,92-98,442,123 (2012).
(28) Penrose R., “The Road to Reality”,2004 Roger Penrose; RCS ed.,Milano,450-455,641-643,
654,743 (2005).
(29) Quirantes A., “Lo Spazio-Tempo Quantistico”,2015 RBA, Contenidos ed., Spagna;
RBA Italia, Milano,78-79 (2016).
(30) Baggott J., “Higgs: The Invention and Discovery of the ‘God Particle’”, 2012 Jim Baggott,
Oxford University Press; Adelphi Ed., Milano, 47,45,55,9(Preface),77-80,92 (2013).
(31) Casalbuoni R., “Teoria dei Campi”, INFN Firenze, Seminario Fisica-Filosofia, 4 e 11/5 (2001).
(32) Maiani L., “Conservazione del numero barionico”, Fermi Lectures 25, INFN, Rome, 16th
April (2015).
(33) Maiani L., “Teoria Standard alle temperature del Big Bang”, Fermi Lectures 24, INFN,
Rome, 20th March (2014).
(34) Thankappan V.K., “Quantum Physics”, ©1993,1985; New Age International (P) Limited,
Publishers, New Delhi, India, 267 (1993).
(35) Puccini A., “The Missing Mass in the Universe May Be Represented by the Dynamic-mass
of the Photons”, Session 3P1: Optics and Photonics, Progress in Electromagnetics
Research Symposium Proceedings ,Cambridge (Ma), USA,816-818, July 5-8 (2010).
(36) Oppenheimer J.R.,“On the Theory of Electrons and Protons”, Phys.Rev.(Letter to the Editor),
vol.35, iss.5,562 (1930).
(37) Peruzzi G., “Richard Feynman. Dall’elettromagnetismo classico alla QED”, Laboratori
Nazionali di Frascati, Incontri di Fisica, 7 ottobre (2015).
(38) Oppenheimer J.R., “Note on the Theory of the Interaction of Field and Matter”, Phys. Rev.,
Vol.35,iss.5,461-477 (1930).
(39) Waller I., “Bemerkungen über die Rolle der Eigenenergie des Elektrons in der
Quantentheorie der Strahlung“, Zeitschrift für Physik, Vol.62, Issue 9-10, 673-676 (1930).
(40) Barrow J.D.,“The Book of Nothing”, John D. Barrow 2000,1st published by Jonathan Cape
2000; Mondadori Ed., Milano,220-221, 239-240 (2001).
(41) Dirac P.A.M., “Structure et proprietes des noyaux atomiques”, Septiem Conseil de Physique
Solvay, Paris, 22-29 October (1933).
(42) Feynman, R.P.,“QED. The Strange Theory of Light and Matter”, 1985 Richard P.
Feynman; Adelphi ed., Milano, 158-160,184-185,(1989).
(43) Furry W.H., Oppenheimer J.R., “On the Theory of the Electron and Positive“,Phys. Rev., 45,4, 245-262 (1934).
(44) Dirac P.A.M,, “Classical theory of radiating electrons”,Proc. Royal Society A, London,
Vol.167, Issue 929, 148-169 (1938).
(45) Dirac P.A.M., “The Quantum Theory of the Emission and Absorption of Radiation”, Proc. Roy.
Soc. A, London, Vol.114,767,243 (1927).
(46) Heisenberg W., Pauli W. “Zur Quantendynamik der Wellenfelder”,Zeitschrift für Physik,
Volume 56, Issue 1-2, 1-61 (1929).
(47) Puccini A., “Light Quantum Induces the Measurement Paradox”, Journal of Advances in
Physics, Vol.15, 6039-6055 (2018).
(48) Barrow J.D., “The Constants of Nature. From Alfa to Omega”,2002 John D. Barrow,
Jonathan Cape 2002; Mondadori Ed.,Milano,293 (2003).
(49) Achenbach J., National Geographic, Italian edition, Milano,10,8 (2001).
(50) Einstein A., “Ist die Tragheit eines Korpers von seinem Energieinhalt abhangig?”, Annalen
der Physik, Vol.18,639-641 (1905).
(51) Galison P.,“E=mc2“, in“It Must be Beautiful. Great equations of Moderne Science”;©Graham
Farmelo,2002 Granta Publ.,London,2002;il Saggiatore ed.,Milano,119,118 (2005).
(52) Planck M., Verhandlungen der Deutschen Physikalischen Geseeshaff,Vol.2, 237 (1900).
(53) Planck M., Annalen der Physik,Vol.4,553 (1901).
(54) Einstein A., Jahrbuch der Radioaktivitat und Elektronik,Vol.4,443 (1907).
(55) Puccini A., “About the Zero Point Energy, Zero Point Mass, Zero Point Temperature and Zero
Point Motion in the Subatomic World and Photonics”, Proceedings of Progress In
Electromagnetics Research Symposium, Suzhou, China,1169-1171, Sept. 12-16 (2011).
(56) Chandrasekhar B.S., “Why Things Are the Way They Are”, Cambridge University Press,1998;
Il Saggiatore ed., Milano,84,125,304, (2004).
(57) Puccini A., “The Equivalent Rest-mass of Photon” (Session 2P2: Electromagnetic Theory and Design on the Optical Dispersive Materials, Invisible Cloak and Photonic Crystals).
Proceedings of Progress in Electromagnetics Research Symposium, Marrakesh, Morocco,
723-725, Mar. 20-23 (2011).
(58) Puccini A., “About the Zero Mass of Photon”, Progress in Electromagnetics Research,
(PIER), Vol.55,117-146 (2005).
(59) Feynman R..P., “The Feynman Lectures on Physics”,Vol.1,©1965,California Institute of
Technology; Zanichelli ed.,Bologna,Vol.1,17-7;15-14;16-13;15-15,34-16 (2001).
(60) Hawking, S., “A Brief History of Time”,1988 by Stephen W. Hawking, Bantan Books ed.;
Rizzoli ed.,Milano, 128, (1990).
(61) Puccini A., “Quantum Gravity is Induced by a Mechanical Effect Elicited by Momentum of
Light’s Quanta”, Asian Journal of Science and Technology,Vol.10,1,9206-9220 (2019).
(62) Heisenberg W., “Uber den anscauliken Inhalt der Quantentheoritschen Kinematik und
Mechanik“, Zeitschrift fur Physik,Vol.43,172-198 (1927).
(63) Puccini A., “Uncertainty Principle and Electromagnetic Waves”, Journal of Electromagnetic
Waves and Applications, (JEMWA),Vol.19, Iss.7, 885-890 (2005).
(64) Fermi E.“Argomenti pro e contro l’ipotesi dei quanti di luce”,Nuovo Cimento,3,201-206 (1926).
(65) Newton Is.(1687), “PHILOSOPHIAE NATURALIS PRINCIPIA MATHEMATICA”.
Imprimatur S.Pepys, Reg.Soc. Praeses. iulii 5.1686.Londini. Anno MDCLXXXVII
(66) de Broglie L., “Ondes et quanta”, Comtes Rendus, Vol.177, 507-510 (1923).
(67) Puccini A., “The Momentum of Photon May Explain the Measurement’s Paradox in the
Subatomic World” (Session 1A2: Electromagnetic Theory and Design on the Optical
Dispersive Materials, Invisible Cloak and Photonic Crystals). Proceedings of Progress In
Electromagnetics Research Symposium, Suzhou, China,27-30,Sept.12-16 (2011).
(68) Weinberg S., “The First Three Minutes. A Modern View of the Origin of the Universe”,
1977 by S.Weinberg; Mondadori Ed.(Milano),75,125 (1977).
(69) Feynman R.P., The Feynman Lectures on Physics, Vol.3: Quantum Mechanics,1965,
California Institute of Technology; Zanichelli Ed., Bologna,Vol.3,2-4 (2001).
(70) Penrose R., “The Einstein Equation of General Relativity” in “It Must be Beautiful. Great
Equations of Moderne Science”, ©Graham Farmelo,2002, Granta Publ., London,2002;
il Saggiatore ed.,Milano,293,261 (2005).
(71) Zeilinger A., “Einsteins Schleier. Die neve Welt der Quantenphysik“, 2003,Verlag C.H.,
Munchen; G. Einaudi ed.,Torino,18,130-131 (2005).
(72) Eddington A., “Joint Eclipse Meeting of the Royal Society and the Royal Astronomical
Society”, in The Observatory (Review of Astronomy),vol.27, 545,389,Nov.(1919).
(73) Puccini A., “Light Weighs”, Progress in Electromagnetics Research B,Vol.8,161-177 (2008).
(74) Passera M., “L’Infinito sotto il tappeto”, asimmetrie.it INFN Padova, aprile (2016).
(75) Yang C.N., Mills R.L., “Conservation of Isotopic Spin and Isotopic Gauge Invariance”
Phys.Rev.,Vol.96, N°1,191-195 (1954).
(76) Yang Chen Ning, “Elementary Particles”, Princeton University Press, New Jersey,1961;
Boringhieri ed.(Torino), Table 5 (1969).
(77) Han M.Y.,,Nambu Y., “Three-Triplet Model with Double SU(3) Symmetry”, Phys. Rev.,
Vol.139, Iss. 4B,1006-1010 (1965).
(78) Yang Chen Ning, Selected Papers with Commentary, W.H. Freeman &,San Francisco (1983).
(79) CERN Seminar, “Latest update in the search for the Higgs boson”, Geneve , 4th July,2012;
http://cms.web.cern.ch/ and http://atlas.ch/
(80) Weinberg S., Foreword in “Higgs: The Invention and Discovery of the God Particle”, by
Baggott J., 2012; Adelphi Ed.(Milano),13-19 (2013).
(81) Yukawa H., “On the Interaction of Elementary Particles”, Proc. Phys. Math. Soc. Japan,
17,48-57 (1935).
(82) Maiani L., “Bosone di Higgs, ci siamo vicini”, Il Sole24Ore,RCS ED.,Milano,1 luglio (2012).
(83) Barber D.P. et al., “Discovery of Three-Jet Events and a Test of Quantum Chromodynamics
at PETRA”, Phys.Rev.Lett.,Vol.43,Iss.12,830-833 (1979).
(84) Maiani L., “Interazioni Elettrodeboli”, INFN Roma, anno accademico 2009-2010.
(85) Sutton C., “The Yang-Mills Equation”, in “It Must Be Beatiful. Great Equations of Modern
Science“,Granta Publ., London,G.Farmelo,2002;Il Saggiatore Ed.(Milano),330-333(2005).
(86) Puccini A., “Higgs Boson Radius of Action”, International Journal of Innovation Engineering
and Science Research, Vol.2, Iss.6, 43-46, November-December (2018).
(87) Fermi E., “Atomi Nuclei Particelle”, a cura di V. Barone, Boringhieri Ed.(Torino), 140 (2009).
(88) Puccini A., “On the Boson’s Range of the Weak Nuclear Force”, viXra.org, Nuclear and
Atomic Physics: 1705.0351 (2017).
(89) Puccini A., “On the Bosons’ Range of the Weak Interaction”, Journal of Advances in Physics, Vol.14, Issue 3, 5865-5868 (2018).
(90) Wilczeck F., “Something Magic”, in “It Must be Beautiful. Great Equations of Moderne
Science”,Granta Publications (London),2002; Il Saggiatore ed.,Milano,221,218-219 (2005).
(91) Quigg, C., “Particelle elementari e forze”, Le Scienze, Milano (Italian edition of Scientific
American inc., New York), 2, 20-31 (1985).
(92) Lubicz V.,“Particelle a colori. L’energia che dà la massa alle cose”,19 aprile 2013,
asimmetrie.it[as14]massa INFN
(93) Bohr N., ”The Quantum Postulate and the Recent Development of Atomic Theory", Nature,
121, 580–590 (1928).
(94) Maiani L.,”Gauge Theories”, INFN Università di Roma 1, anno accademico 2005-2006.
(2) Zweig G., “An Su(3) Model For Strong Interaction Symmetry And Its Breaking. 2”, CERN
-TH-412 (1964).
(3) Heisenberg W., “Über den Bau der Atomkerne I”, Zeitshrift fur Physik,77,1-11 (1932).
(4) Maiani L. “60 anni di Yang-Mills”, Il Nuovo Saggiatore, 31,5-6, 22-32 (2015).
(5) Gershtein S.S., Zel’dovič J.B., “Meson corrections in the theory of beta decay”,
Sov. Phys. JETP, 2, 576 (1957).
(6) Feynman R.P.,Gell-Mann M., “Theory of the Fermi Interaction“,Phys. Rev.,109,193-197 (1958).
(7) Cabibbo N., “Unitary Symmetry and Leptonic Decays”,Phys.Rev.Lett.,10,12,531-533 (1963).
(8) Glashow S.L., Iliopoulos J., Maiani L., “Weak Interactions with Lepton-Hadron Symmetry”,
Phys. Rev. D 2,1285-1292 (1970).
(9) Englert F. and Brout R., “Broken Symmetry and the Mass of Gauge Vector Mesons”, Phys.Rev. Lett.,13,321-323 (1964).
(10) Higgs P.W., “Broken Symmetries and the Masses of Gauge Bosons”, Phys.Rev. Lett., 13,
508-509 (1964).
(11) Weinberg S., “A Model of Leptons”, Phys. Rev. Lett.,19,1264-1266 (1967).
(12) Salam A., in “Elementary Particle Theory: Groups and Analycity”, in Proceedings of the Nobel
Symposium1968, Svartholm Ed.,Almquist and Wiksell (Stocholm), Sweden,367-377 (1968).
(13) Glashow S.L., ”Partial-Symmetries of Weak Interactions”, Nuclear Physics,22,579-588 (1961).
(14) ‘t Hooft G., Veltman M.J.G.,“Regolarization and Renormalization of Gauge Fields”,Nuclear
Physycs B,44,189-213(1972).
(15) Kobayashi M., Maskawa T.,“CP Violation in the Renormalizable Theory of Weak Interaction”,
Progr. Theor. Phys., 49,652-657 (1973).
(16) Martone G.I., “Separazione spin-carica nella teoria di Yang-Mills SU(2)”, Tesi di Laurea in
Fisica, relatore L.Martina, Salento’s University, Italy (2010).
(17) Noether E., “Invariante variationprobleme”, Math.-phys. Klasse, 235-257 (1918).
(18) Weyl H., “Gravitation und Elektrizital”, Sitzungsber Akademie der Wissenschaften, Berlin,465,480 (1918).
(19) Fock V., “Uber die invariant Form der Wellenund der Bewegungsgleichungen fureinen geladenen Massenpunkt”, Zeitschrift für Physik, Vol.39, Issue 2–3,226-232 (1926).
(20) London, F., " Quantenmechanische Deutung die Theorie von Weyl". Zeitschrift für
Physik, Vol.42, ,375-389 (1927).
(21) Weyl H.,“Elektron und Gravitation”, Zeitschrift fur Physik, 56, 330-352 (1929).
(22) Nambu Y..and Jona-Lasinio G.,“Dynamical Model of Elementary Particles Based on
an Analogy with Superconductivity.I”, Phys.Rev.,122,345-358 (1961).
(23) Goldstone J., “Field theories with ‘Superconductor’ solutions”, Il Nuovo Cimento,19,1,
54-164 (1961).
(24) Goldstone J., Salam A. and Weinberg S., “Broken Symmetries”, Phys.Rev.,127,965-970 (1962)
(25) Guralnik G.S., Hagen C.R. and Kibble T.W.B., “Global Conservation Laws and Massless
Particles”, Phys.Rev.Lett., 13, 585-587 (1964).
(26) Puccini A., “On the Higgs Boson’s Range”, viXra.org, Quantum Physics:1705,0250 (2017).
(27) Randall L., “Knocking on Heaven’s Door”, Lisa Randall 2011-2012; il Saggiatore ed.
(Milano) 293,92-98,442,123 (2012).
(28) Penrose R., “The Road to Reality”,2004 Roger Penrose; RCS ed.,Milano,450-455,641-643,
654,743 (2005).
(29) Quirantes A., “Lo Spazio-Tempo Quantistico”,2015 RBA, Contenidos ed., Spagna;
RBA Italia, Milano,78-79 (2016).
(30) Baggott J., “Higgs: The Invention and Discovery of the ‘God Particle’”, 2012 Jim Baggott,
Oxford University Press; Adelphi Ed., Milano, 47,45,55,9(Preface),77-80,92 (2013).
(31) Casalbuoni R., “Teoria dei Campi”, INFN Firenze, Seminario Fisica-Filosofia, 4 e 11/5 (2001).
(32) Maiani L., “Conservazione del numero barionico”, Fermi Lectures 25, INFN, Rome, 16th
April (2015).
(33) Maiani L., “Teoria Standard alle temperature del Big Bang”, Fermi Lectures 24, INFN,
Rome, 20th March (2014).
(34) Thankappan V.K., “Quantum Physics”, ©1993,1985; New Age International (P) Limited,
Publishers, New Delhi, India, 267 (1993).
(35) Puccini A., “The Missing Mass in the Universe May Be Represented by the Dynamic-mass
of the Photons”, Session 3P1: Optics and Photonics, Progress in Electromagnetics
Research Symposium Proceedings ,Cambridge (Ma), USA,816-818, July 5-8 (2010).
(36) Oppenheimer J.R.,“On the Theory of Electrons and Protons”, Phys.Rev.(Letter to the Editor),
vol.35, iss.5,562 (1930).
(37) Peruzzi G., “Richard Feynman. Dall’elettromagnetismo classico alla QED”, Laboratori
Nazionali di Frascati, Incontri di Fisica, 7 ottobre (2015).
(38) Oppenheimer J.R., “Note on the Theory of the Interaction of Field and Matter”, Phys. Rev.,
Vol.35,iss.5,461-477 (1930).
(39) Waller I., “Bemerkungen über die Rolle der Eigenenergie des Elektrons in der
Quantentheorie der Strahlung“, Zeitschrift für Physik, Vol.62, Issue 9-10, 673-676 (1930).
(40) Barrow J.D.,“The Book of Nothing”, John D. Barrow 2000,1st published by Jonathan Cape
2000; Mondadori Ed., Milano,220-221, 239-240 (2001).
(41) Dirac P.A.M., “Structure et proprietes des noyaux atomiques”, Septiem Conseil de Physique
Solvay, Paris, 22-29 October (1933).
(42) Feynman, R.P.,“QED. The Strange Theory of Light and Matter”, 1985 Richard P.
Feynman; Adelphi ed., Milano, 158-160,184-185,(1989).
(43) Furry W.H., Oppenheimer J.R., “On the Theory of the Electron and Positive“,Phys. Rev., 45,4, 245-262 (1934).
(44) Dirac P.A.M,, “Classical theory of radiating electrons”,Proc. Royal Society A, London,
Vol.167, Issue 929, 148-169 (1938).
(45) Dirac P.A.M., “The Quantum Theory of the Emission and Absorption of Radiation”, Proc. Roy.
Soc. A, London, Vol.114,767,243 (1927).
(46) Heisenberg W., Pauli W. “Zur Quantendynamik der Wellenfelder”,Zeitschrift für Physik,
Volume 56, Issue 1-2, 1-61 (1929).
(47) Puccini A., “Light Quantum Induces the Measurement Paradox”, Journal of Advances in
Physics, Vol.15, 6039-6055 (2018).
(48) Barrow J.D., “The Constants of Nature. From Alfa to Omega”,2002 John D. Barrow,
Jonathan Cape 2002; Mondadori Ed.,Milano,293 (2003).
(49) Achenbach J., National Geographic, Italian edition, Milano,10,8 (2001).
(50) Einstein A., “Ist die Tragheit eines Korpers von seinem Energieinhalt abhangig?”, Annalen
der Physik, Vol.18,639-641 (1905).
(51) Galison P.,“E=mc2“, in“It Must be Beautiful. Great equations of Moderne Science”;©Graham
Farmelo,2002 Granta Publ.,London,2002;il Saggiatore ed.,Milano,119,118 (2005).
(52) Planck M., Verhandlungen der Deutschen Physikalischen Geseeshaff,Vol.2, 237 (1900).
(53) Planck M., Annalen der Physik,Vol.4,553 (1901).
(54) Einstein A., Jahrbuch der Radioaktivitat und Elektronik,Vol.4,443 (1907).
(55) Puccini A., “About the Zero Point Energy, Zero Point Mass, Zero Point Temperature and Zero
Point Motion in the Subatomic World and Photonics”, Proceedings of Progress In
Electromagnetics Research Symposium, Suzhou, China,1169-1171, Sept. 12-16 (2011).
(56) Chandrasekhar B.S., “Why Things Are the Way They Are”, Cambridge University Press,1998;
Il Saggiatore ed., Milano,84,125,304, (2004).
(57) Puccini A., “The Equivalent Rest-mass of Photon” (Session 2P2: Electromagnetic Theory and Design on the Optical Dispersive Materials, Invisible Cloak and Photonic Crystals).
Proceedings of Progress in Electromagnetics Research Symposium, Marrakesh, Morocco,
723-725, Mar. 20-23 (2011).
(58) Puccini A., “About the Zero Mass of Photon”, Progress in Electromagnetics Research,
(PIER), Vol.55,117-146 (2005).
(59) Feynman R..P., “The Feynman Lectures on Physics”,Vol.1,©1965,California Institute of
Technology; Zanichelli ed.,Bologna,Vol.1,17-7;15-14;16-13;15-15,34-16 (2001).
(60) Hawking, S., “A Brief History of Time”,1988 by Stephen W. Hawking, Bantan Books ed.;
Rizzoli ed.,Milano, 128, (1990).
(61) Puccini A., “Quantum Gravity is Induced by a Mechanical Effect Elicited by Momentum of
Light’s Quanta”, Asian Journal of Science and Technology,Vol.10,1,9206-9220 (2019).
(62) Heisenberg W., “Uber den anscauliken Inhalt der Quantentheoritschen Kinematik und
Mechanik“, Zeitschrift fur Physik,Vol.43,172-198 (1927).
(63) Puccini A., “Uncertainty Principle and Electromagnetic Waves”, Journal of Electromagnetic
Waves and Applications, (JEMWA),Vol.19, Iss.7, 885-890 (2005).
(64) Fermi E.“Argomenti pro e contro l’ipotesi dei quanti di luce”,Nuovo Cimento,3,201-206 (1926).
(65) Newton Is.(1687), “PHILOSOPHIAE NATURALIS PRINCIPIA MATHEMATICA”.
Imprimatur S.Pepys, Reg.Soc. Praeses. iulii 5.1686.Londini. Anno MDCLXXXVII
(66) de Broglie L., “Ondes et quanta”, Comtes Rendus, Vol.177, 507-510 (1923).
(67) Puccini A., “The Momentum of Photon May Explain the Measurement’s Paradox in the
Subatomic World” (Session 1A2: Electromagnetic Theory and Design on the Optical
Dispersive Materials, Invisible Cloak and Photonic Crystals). Proceedings of Progress In
Electromagnetics Research Symposium, Suzhou, China,27-30,Sept.12-16 (2011).
(68) Weinberg S., “The First Three Minutes. A Modern View of the Origin of the Universe”,
1977 by S.Weinberg; Mondadori Ed.(Milano),75,125 (1977).
(69) Feynman R.P., The Feynman Lectures on Physics, Vol.3: Quantum Mechanics,1965,
California Institute of Technology; Zanichelli Ed., Bologna,Vol.3,2-4 (2001).
(70) Penrose R., “The Einstein Equation of General Relativity” in “It Must be Beautiful. Great
Equations of Moderne Science”, ©Graham Farmelo,2002, Granta Publ., London,2002;
il Saggiatore ed.,Milano,293,261 (2005).
(71) Zeilinger A., “Einsteins Schleier. Die neve Welt der Quantenphysik“, 2003,Verlag C.H.,
Munchen; G. Einaudi ed.,Torino,18,130-131 (2005).
(72) Eddington A., “Joint Eclipse Meeting of the Royal Society and the Royal Astronomical
Society”, in The Observatory (Review of Astronomy),vol.27, 545,389,Nov.(1919).
(73) Puccini A., “Light Weighs”, Progress in Electromagnetics Research B,Vol.8,161-177 (2008).
(74) Passera M., “L’Infinito sotto il tappeto”, asimmetrie.it INFN Padova, aprile (2016).
(75) Yang C.N., Mills R.L., “Conservation of Isotopic Spin and Isotopic Gauge Invariance”
Phys.Rev.,Vol.96, N°1,191-195 (1954).
(76) Yang Chen Ning, “Elementary Particles”, Princeton University Press, New Jersey,1961;
Boringhieri ed.(Torino), Table 5 (1969).
(77) Han M.Y.,,Nambu Y., “Three-Triplet Model with Double SU(3) Symmetry”, Phys. Rev.,
Vol.139, Iss. 4B,1006-1010 (1965).
(78) Yang Chen Ning, Selected Papers with Commentary, W.H. Freeman &,San Francisco (1983).
(79) CERN Seminar, “Latest update in the search for the Higgs boson”, Geneve , 4th July,2012;
http://cms.web.cern.ch/ and http://atlas.ch/
(80) Weinberg S., Foreword in “Higgs: The Invention and Discovery of the God Particle”, by
Baggott J., 2012; Adelphi Ed.(Milano),13-19 (2013).
(81) Yukawa H., “On the Interaction of Elementary Particles”, Proc. Phys. Math. Soc. Japan,
17,48-57 (1935).
(82) Maiani L., “Bosone di Higgs, ci siamo vicini”, Il Sole24Ore,RCS ED.,Milano,1 luglio (2012).
(83) Barber D.P. et al., “Discovery of Three-Jet Events and a Test of Quantum Chromodynamics
at PETRA”, Phys.Rev.Lett.,Vol.43,Iss.12,830-833 (1979).
(84) Maiani L., “Interazioni Elettrodeboli”, INFN Roma, anno accademico 2009-2010.
(85) Sutton C., “The Yang-Mills Equation”, in “It Must Be Beatiful. Great Equations of Modern
Science“,Granta Publ., London,G.Farmelo,2002;Il Saggiatore Ed.(Milano),330-333(2005).
(86) Puccini A., “Higgs Boson Radius of Action”, International Journal of Innovation Engineering
and Science Research, Vol.2, Iss.6, 43-46, November-December (2018).
(87) Fermi E., “Atomi Nuclei Particelle”, a cura di V. Barone, Boringhieri Ed.(Torino), 140 (2009).
(88) Puccini A., “On the Boson’s Range of the Weak Nuclear Force”, viXra.org, Nuclear and
Atomic Physics: 1705.0351 (2017).
(89) Puccini A., “On the Bosons’ Range of the Weak Interaction”, Journal of Advances in Physics, Vol.14, Issue 3, 5865-5868 (2018).
(90) Wilczeck F., “Something Magic”, in “It Must be Beautiful. Great Equations of Moderne
Science”,Granta Publications (London),2002; Il Saggiatore ed.,Milano,221,218-219 (2005).
(91) Quigg, C., “Particelle elementari e forze”, Le Scienze, Milano (Italian edition of Scientific
American inc., New York), 2, 20-31 (1985).
(92) Lubicz V.,“Particelle a colori. L’energia che dà la massa alle cose”,19 aprile 2013,
asimmetrie.it[as14]massa INFN
(93) Bohr N., ”The Quantum Postulate and the Recent Development of Atomic Theory", Nature,
121, 580–590 (1928).
(94) Maiani L.,”Gauge Theories”, INFN Università di Roma 1, anno accademico 2005-2006.
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2020-11-10
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PUCCINI, A. . (2020). QUARKS and GLUONS CONFINEMENT: a POSSIBLE PHYSICAL EXPLANATION. European Journal of Applied Sciences, 8(6), 27–61. https://doi.org/10.14738/aivp.86.9082
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