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捛搲丂戝嶃巗棫戝妛摿暿塰梍嫵庼丂撿晹梲堦榊愭惗

戝嶃巗棫戝妛戝妛堾棟妛尋媶壢偺慜恎偱偁傞愴屻偺怴惗戝嶃巗棫戝妛棟岺妛晹偵偍偄偰嫵曏傪偲傜傟丄搉暷偝傟傞傑偱嫮椡側棟榑暔棟妛尋媶僌儖乕僾傪棪偄偰偍傜傟偨杮妛摿暿塰梍嫵庼丒柤梍嫵庼偺撿晹梲堦榊愭惗偼丄2015擭7寧俆擔丂94擭偺惗奤傪廔偊傜傟傑偟偨丅偙偙偵嬣傫偱垼搲偺堄傪昞偡傞偲偲傕偵丄執戝側愭攜偱偁傞愭惗偑巆偝傟偨懡戝側嬈愌偵丄夵傔偰怺偄宧堄傪昞偟傑偡丅

戝嶃巗棫戝妛丂戝妛堾棟妛尋媶壢

撿晹梲堦榊愭惗偺嬈愌

庴徿楌

1970擭 - 僴僀僱儅儞徿悢棟暔棟妛晹栧傪庴徿丅
1977擭 - 僆僢儁儞僴僀儅乕徿傪庴徿丅
1978擭 - 暥壔岟楯幰尠彶丄暥壔孧復庴復丅庴復棟桼丗暔棟妛偵偍偗傞挿擭偺峷專偵懳偟偰丅
1982擭 - 傾儊儕僇崙壠壢妛徿乮暔棟妛晹栧乯傪庴徿丅庴徿棟桼丗慺棻巕偺憡屳嶌梡偺棟夝傊偺峷專丅
1984擭 - 擔杮妛巑堾媞堳偵慖掕丅
1985擭 - 儅僢僋僗丒僾儔儞僋丒儊僟儖傪庴徿丅庴徿棟桼丗慺棻巕暔棟妛偺愭嬱揑峷專丅
1986擭 - 僨傿儔僢僋徿傪庴徿丅庴徿棟桼丗慺棻巕棟榑暔棟妛偵偍偗傞愭嬱揑嬈愌丅
1994擭 - J丒J丒僒僋儔僀徿傪庴徿丅庴徿棟桼丗傾儊儕僇暔棟妛夛偵偍偗傞丄專恎揑側峷專丅
1994擭 - 僂儖僼徿暔棟妛晹栧傪庴徿丅庴徿棟桼丗棟榑暔棟妛偵偍偗傞愭嬱揑側峷專丅
2003擭 - 僯僐儔僀丒儃僑儕儏乕儃僼徿傪庴徿丅
2005擭 - 儀儞僕儍儈儞丒僼儔儞僋儕儞丒儊僟儖傪庴徿丅庴徿棟桼丗棟榑暔棟妛偵偍偗傞丄愭嬱揑側峷專丅
2005擭 - 僆僗僇儖丒僋儔僀儞儊僟儖傪庴徿丅
2008擭 - 僲乕儀儖暔棟妛徿傪庴徿丅庴徿棟桼丗帺敪揑懳徧惈偺攋傟偺敪尒丅

(嶲峫丗擔杮岅斉wikipedia丄僔僇僑戝妛暔棟妛壢)

戙昞揑側榑暥

撿晹愭惗偺戙昞揑側偛嬈愌偺拞偱傕摿偵傛偔抦傜傟偨榑暥偵娭偟偰娙扨側夝愢傪壛偊傑偡丅

[1] Y. Nambu, A Note on the Eigenvalue Problem in Crystal Statistics,
Prog. Theor. Phys. 5, 1 (1950).

撿晹愭惗偺屼愱栧偼慺棻巕暔棟妛偱偁傞偑丄屼嫽枴偼丄妛惗偺崰偐傜偙傟偵偲偳傑傜偢丄暔棟偺峀斖側晹暘偵媦傫偱偄偨丅摑寁椡妛偺擇師尦Ising柾宆Onsager尩枾夝偵懳偟丄spinor夝愅乮fermion偺摫擖乯偵傛傞夝朄傪梌偊偨丅
[2] Y. Nambu, The Use of the Proper Time in Quantum Electrodynamics,
Prog. Theor. Phys. 5, 82 (1950).
[3] T. Kinoshita and Y. Nambu, On the Electromagnetic Properties of Mesons,
Prog. Theor. Phys. 5, 307 (1950).
[4] Y. Nambu, Derivation of the Interaction Potential from Field Theory,
Prog. Theor. Phys. 5, 321 (1950).
[5] Y. Nambu, Force Potentials in Quantum Field Theory,
Prog. Theor. Phys. 5, 614 (1950).
[6] T. Kinoshita and Y. Nambu, Force Potentials in Quantum Field Theory,
Prog. Theor. Phys. 5, 749 (1950).
[7] Y. Nambu, K. Nishijima and Y. Yamaguchi, On the Nature of V-Particles I and II,
Prog. Theor. Phys. 6, 615; 619 (1951).
[8] Y. Nambu and Y. Yamaguchi, Meson-Nucleon Scattering,
Prog. Theor. Phys. 6, 1000 (1951).
[9] Y. Nambu, On Lagrangian and Hamiltonian Formalism,
Prog. Theor. Phys. 7, 131 (1952).
[10] Y. Nambu, An Empirical Mass Spectrum of Elementary Particles,
Prog. Theor. Phys. 7, 595 (1952).

榑暥[2]-[10]偑戝嶃巗戝帪戙偺傕偺丅撿晹愭惗偺屼嫽枴偼丄応偺棟榑偺惓櫭宍幃丄検巕壔摍偺弮棟榑揑栤戣偐傜塅拡慄娤應偱抦傜傟偰偄偨V棻巕偺惓懱偵帄傞傑偱丄懡婒偵搉偭偰偄偨丅榑暥[2]偼丄応偺検巕榑偺揱攄娭悢偵丄俁亄侾師尦埲奜偺戞俆偺嵗昗傪摫擖偡傞偲偄偆儐僯乕僋側採埬傪娷傒丄偙偺昞帵偼崱擔傑偱峀偔梡偄傜傟偰偄傞丅榑暥[5]偼応偺検巕榑偵墬偗傞懇敍忬懺傪榑偠偨傕偺偱丄Bethe-Salpeter曽掱幃偲屻擭屇偽傟傞曽掱幃傪娷傫偱偄傞丅榑暥[7]偺尋媶偼,丂撿晹愭惗偑搉暷偝傟偨屻丄僗僩儗儞僕僱僗偲偄偆怴偟偄検巕悢乮懏惈乯偺摫擖丄拞栰丒惣搰丒Gel-Mann婯懃偵宷偑偭偰偄偔丅
[11] Y. Nambu, Parametric Representations of General Green乫s Functions,
Il Nuovo Cimento X 6, 1064 (1957).
[12] Y. Nambu, Dispersion Relations for Form Factors,
Il Nuovo Cimento X 9, 610 (1958).
[13] G. F. Chew, M. L. Goldberger, F. E. Low and Y. Nambu, Application of Dispersion Relations to Low-Energy Meson-Nucleon Scattering,
Phys. Rev. 106, 1337 (1957).
[14] G. F. Chew, M. L. Goldberger, F. E. Low and Y. Nambu, Relativistic Dispersion Relation Approach to Photomeson Production,
Phys. Rev. 106, 1345 (1957).

榑暥[11][12]丗搉暷屻丄椡傪拲偑傟偨僥乕儅偺堦偮偲偟偰丄嫮偄憡屳嶌梡偺S峴楍偵懳偡傞暘嶶幃偺惈幙偺夝柧媦傃墳梡丄応偺棟榑偲偺娭學偑偁傞丅摿偵榑暥[13],[14]偼係恖偺挊幰偺柤慜Chew, Goldberger, Low, Nambu偵偪側傒CGLN偲屇偽傟丄桳柤丅暘嶶幃偲偼暋慺悢抣傪庢傞暔棟検偵懳偟偦偺幚晹偲嫊悢晹偺娭學傪梌偊傞幃偱丄場壥棩偵婎偯偄偰偄傞丅揹帴婥妛偺暋慺桿揹棪偑揟宆揑側椺偱丄嶶棎怳暆傕偙偺惈幙傪帩偮丅
[15] Y. Nambu, Possible Existence of a Heavy Neutral Meson,
Phys. Rev. 106, 1366 (1957).

榑暥[15]丗廳偄拞惈儀僋僩儖拞娫巕傪梊尵丅
[16] Y. Nambu, Quasi-Particles and Gauge Invariance in the Theory of Superconductivity,
Phys. Rev. 117, 648 (1960).

榑暥[16]丗1957擭偵挻揱摫偵懳偡傞Bardeen, Cooper, Schrieffer偺BCS棟榑偑搊応偟偨偑丄偦偺恀嬻偼棻巕悢偺曐懚傪枮偨偟偰偍傜偢丄捈偪偵偼庴偗擖傟擄偄傕偺偱偁偭偨丅撿晹愭惗偼丄応偺検巕榑偺Ward峆摍幃偺庤朄偵傛傝丄塣摦曽掱幃偺帩偮晄曄惈傪曐偪丄偦偺婣寢偲偟偰恀嬻偵嬅弅偟偰偄傞Cooper懳偺僊儍僢僾偺側偄廤抍塣摦儌乕僪偑惗偠傞帠傪帵偟偨丅
[17] Y. Nambu, Axial Vector Current Conservation in Weak Interactions,
Phys. Rev. Lett. 4, 380 (1960).

榑暥[17]丗摉帪慺棻巕暔棟偱偼丄兾拞娫巕偲妀巕偲偺憡屳嶌梡掕悢偲妀巕偺乮幉惈乯宍忬場巕偺娫偺娭學幃偑丄暘嶶幃傛傝摫弌偝傟偰偄偨乮Golberger-Treiman娭學幃丅乯撿晹愭惗偼丄挻揱摫偺榑暥[16]偲摨偠傗傝曽偱偙偺幃偑摫弌偱偒傞偙偲偵婥偯偄偨丅
[18] Y. Nambu, A 'Superconductor' Model of Elementary Particles and Its Consequences,
Proceedings of the Midwest Conference on Theoretical Physics, eds. F.J. Belinfante, S.G. Garten haus and R.W. King, Purdue University, Lafayette, Indiana, April 1-2, 1960, p. 1.
[19] Y. Nambu and G. Jona-Lasinio, Dynamical Model of Elementary Particles Based on an Analogy with Superconductivity. I,
Phys. Rev. 122, 345 (1961).
[20] Y. Nambu and G. Jona-Lasinio, Dynamical Model of Elementary Particles Based on an Analogy with Superconductivity. II,
Phys. Rev. 124, 246 (1961).

榑暥[18][19][20]丗僲乕儀儖徿庴徿偺懳徾偵側偭偨榑暥丅僼僃儖儈僆儞偺幙検僛儘傪曐徹偡傞懳徧惈偲偟偰僇僀儔儖乮兞俆乯晄曄惈偲屇偽傟傞傕偺偑偁傞丅恀嬻偑偙偺晄曄惈傪BCS棟榑偲摨偠堄枴偱攋傞柾宆偵婎偯偒丄慺棻巕暔棟妛偵偍偗傞懳徧惈偺帺敪揑攋傟偲偄偆峫偊曽傪妋棫偟偨丅兾拞娫巕偼丄帺敪揑偵攋傟偨恀嬻偐傜惗偠傞廤抍椼婲偱偁傞偲摨掕丅
[21] Y. Nambu and D. Lurie, Chirality Conservation and Soft Pion Production,
Phys. Rev. 125, 1429 (1962).
[22] Y. Nambu and E. Shrauner, Soft Pion Emission Induced by Electromagnetic and Weak Interactions,
Phys. Rev. 128, 862 (1962).

榑暥[21][22]丗兾拞娫巕懄偪撿晹-Goldstone儃僜儞偼旝暘憡屳嶌梡傪帩偪丄塣摦検僛儘偺嬌尷偱憡屳嶌梡偟側偔側傞丅懡廳嶶棎偵懳偡傞強堗soft pion掕棟傪妋棫丅
[23] M. Y. Han and Y. Nambu, Three Triplet Model with Double SU(3) Symmetry,
Phys. Rev. 139, B1006 (1965).
[24] Y. Nambu, A Systematics of Hadrons in Subnuclear Physics,
Preludes in Theoretical Physics, eds. A. De-Shalit, H. Feshbach and L. van Hove (North-Holland), 133 (1966).

榑暥[23][24]丗尦乆偺僋僅乕僋柾宆偺帩偭偰偄偨摑寁惈摍偺崲擄傪媬偆偨傔丄僇儔乕偺帺桼搙傪摫擖丅屻擭偺検巕怓椡妛(僇儔乕偺僎乕僕棟榑)偵宷偑偭偰峴偔丅
[25] Y. Nambu, Relativistic Wave Equations for Particles with Internal Structure and Mass Spectrum,
Prog. Theor. Phys. Supp. 37 and 38 368 (1966).
[26] Y. Nambu, Infinite Multiplets,
Proceedings of 1967 International Conference on Particles and Fields, eds. C.R. Hagen et al. (Interscience, 1967), p. 347.

榑暥[25][26]丗柍尷惉暘攇摦曽掱幃丅
[27] Y. Nambu, Quark Model and the Factorization of the Veneziano Amplitude,
Proceedings of the International Conference on Symmetries and Quark Models, Wayne University, 1969, ed. R. Chand (Gordon and Breach, 1970), p. 269.
[28] Y. Nambu, Duality and Hadrodynamics,
notes prepared for Copenhagen High Energy Symposium, August 1970 (unpublished)

榑暥[27][28]丗僴僪儘儞棻巕嶶棎偺憃懳惈偲屇偽傟傞惈幙傪偆傑偔愢柧偡傞怳暆偲偟偰丄Veneziano怳暆偑抦傜傟偰偄偨丅偙偺怳暆偺場巕壔傛傝丄尫偺怳摦傪摫弌偡傞丅撿晹丒屻摗嶌梡偲崱擔屇偽傟傞嶌梡偼lecture note[28]偵尒傜傟傞丅
[29] Y. Nambu, Generalized Hamiltonian Dynamics,
Phys. Rev. D 7, 2405 (1973).

榑暥[29]丗撿晹妵屖偲屻擭屇偽傟傞峔憿傪摫擖偟丄堦斒壔偝傟偨僴儈儖僩僯傾儞椡妛傪揥奐丅崱擔丄M棟榑摍偱妶梡偝傟偰偄傞丅
[30] Y. Nambu, Strings, Monopoles and Gauge Fields,
Phys. Rev. D 10, 4262 (1974).
[31] Strings, Vortices and Gauge Fields,
Quark Confinement and Field Theory, eds. D.R. Stump and D.H. Weingarten (John Wiley and Sons, 1977), p. 1.
[32] Y. Nambu, String-Like Configurations in the Weinberg-Salam Theory,
Nucl. Phys. B 130, 505 (1977).
[33] Y. Nambu, Hamilton-Jacobi Formalism for Strings,
Phys. Lett. B 92, 327 (1980).

榑暥[30][31][32][33]丗僎乕僕応偺棟榑偵懚嵼偡傞尫揑側攝埵偺懚嵼傪帵偡丅僋僅乕僋偺暵偠崬傔婡峔偲偺娭學傪巜揈丅摿偵[31]偵尒傜傟傞採埬偼丄棧嶶壔偝傟偨尫偲崱擔偺峴楍柾宆偺摍壙惈傪婛偵帵嵈偟偰偄傞丅
[34] Y. Nambu, Fermion-Boson Relations in BCS-Type Theories,
Supersymmetry in Physics, Proceedings of the Los Alamos Workshop on Supersymmetry in Physics, December, 1983, eds. A. Kosteleck'y and D.K. Campbell (North-Holland); also published as Physica D15, 147 (1985).
[35] Y. Nambu, Supersymmetry and Superconductivity,
Rationale of Beings, Festschrift in Honor of Gyo Takeda, eds. K. Ishikawa et al (World Scientific, 1986), p. 3.
[36] Y. Nambu, BCS Mechanism, Quasi-Supersymmetry and the Fermion Masses,
Proceedings of XI Warsaw Symposium on Elementary Particle Physics, New Theories in Physics, Kazimierz, Poland, May 1988, eds. Z. Ajduk et al. (World Scientific, 1989), p. 1.
[37] M. Mukherjee and Y. Nambu, BCS and IBM,
Annals Phys. 191, 143 (1989).

榑暥[34][35][36][37]丗BCS婡峔偺尨巕妀妅柾宆傊偺揔梡丅幙検偺奒憌惈傪挻懳徧惈偺攋傟偲偟偰摫弌丅
[38] Y. Nambu, Dynamical Symmetry Breaking,
Evolutionary Trends in the Physical Sciences, Proceedings of the Yoshio Nishina Centennial Symposium, Tokyo, Japan, December 1990, eds. M. Suzuki and R. Kubo (Springer-Verlag, 1991), p. 51.

榑暥[38]丗僩僢僾僋僅乕僋偼幙検偑廳偄偨傔摉帪傑偩敪尒偝傟偰偄側偐偭偨丅偦偺嬅弅傪揹庛僗働乕儖偲傒側偟丄憤偰偺慺棻巕偺幙検偑惗偠傞婡峔傪採埬丅
[39] Y. Nambu, Field Theory of Galois Fields,
Field Theory and Quantum Statistics, Essays in Honor of the Sixtieth Birthday of E.S. Fradkin, eds. L.A. Batalin et al. (Adam Hilgar, 1987), p. 625.

榑暥[39]丗Galois懱偺応偺棟榑丅