PUBLICATIONS
1. Configuración Electrónica de los Atomos,
Keller, Ciencia (Méx.) 16 (1956) 86-88.
2. Fundamentación Matemática y Desarrollo de la Clasificación Periódica Natural de los Elementos,
J. I. Bolivar, B. Bucay, J. Keller y M. Madrazo,
Ciencia e Investigación 13 #2 (1957) 70-74 (Argentina).
3. Fundamentación Matemática y Desarrollo de la Clasificación Periódica Natural de los Elementos II,
J. Keller,
Rev. Soc. Quím. Méx. 2 (1958) 161-66.
4. El Tratamiento Cinético de la Ley de Acción de Masas,
J. Keller,
Rev. Soc. Quím. Méx. 1 (1957) 104-111.
5.
Transiciones Orden Desorden en Mallas
Cristalinas,
J. Keller,
Rev. Soc. Quím. Méx. 10 (1966)
47-52
6.
Teoría y Propiedades del Argón Sólido I,
J. Keller, C.
Pérez Holder,
Rev. Soc. Quím. Méx. 11 (1967)
73-88.
7.
Teoría y Propiedades del Argón Sólido II,
J. Keller, C.
Pérez Holder,
Rev. Soc. Quím. Méx. 11 (1967)
139-45.
J.
Keller,
Rev.
Soc. Méx. de Física 18 (1969) 122.
9.
Thermodynamics of a Monochromatic Bosons Gas,
J. Keller,
In: "A Critical
Review
of Thermodynamics" Gal-Or and A..J. Brainard
(Mono Book, Baltimore,
1970)
10.Modified
Muffin Tin Potentials for the Band Structure of
Semiconductors,
J. Keller,
J. Phys. C4
(1971)
L-85-87.
11.Long
Range Order, Short Range Order and Energy Gaps,
J. Keller,
J. Phys. C4
(1971)
3143-54
12.The
Density of States of Liquid Transition Metals,
J.
Keller, R. Jones,
J. Phys. F Metal
Phys. 1 (1971) L33-36.
13.The
Use of General Potentialsin the Band Structure Calculation,
R. Evans, J.
Keller,
J. Phys. C:
Solid St. Phys.
4 (1971) 3155-66.
14.The
Use of Clusters of Atoms in the Calculation of Electronic
Structures,
J.
Keller,
J. de
Physique (Paris) C3 (1972) 241-44.
15.Long
Range Order, Short Range Order and Energy Gaps,
J.
Keller, J.M. Ziman,
J.
Non-Cryst. Solids 8-10
(1972) 111-21 (C.A. 77:131893f).
J. Keller, P.V.
Smith,
J. Phys. C:
Solid State
Phys. 5 (1972) 1109-22.
17.Multiple
Scattering Theory and Magnetic Properties,
J. Keller,
AIP Conference
Proceedings 10,
Part I (1972) 514.
18.Cluster
Scattering in Amorphous Semiconductors and Liquid Metals,
J.
Keller, in "Computational
Methods for Large Molecules
and
Localized States in Solids",
F.
Herman et al. (eds.), Plenum N.Y. (1972)
341-56.
19.
Electronic and Magnetic Properties of Liquid Fe-Ge Alloys,
G. Busch, H.J.
Guntherodt,
H.U. Kunzi, H.A. Meier, A. ten Bosch, A. Zimmermann,
J. Keller,
Proceedings of the Conf. on the Properties of Liquid Metals, (Takeuchi,
Ed.), Taylor
& Francis, London (1973)
277-281.
20.
Cluster Method Multiple Scattering Calculations of Density of
States of Liquid Transition
Metals,
Rare Earth Metals and their Alloys,
J.
Keller, J. Fritz, A. Garritz, J. Phys. (Paris) C4
(1971) 379-85.
21.Cluster
Method Calculation of Electronic Properties and Soft- X-Ray
Spectra of Amorphous
Semiconductors,
J. Keller, J.
Fritz, in
"Cluster Method Calculation of Density of States" J. Stuke, E. Brenig, (eds.),
Taylor & Francis, (1974)
975-80.
22.Electronic
Structure of Liquid Tansition and Rare-Earth Metals and
their Alloys,
G. Busch, H.J.
Guntherodt,
H.U. Kunzi, H.A. Meier, L. Schlapbach, J. Keller,
J.
Phys. (Paris), C4 (1974) 329-36.
23.Stabilization
of the Local Water Structure Due to Oxygen or Nitrogen
Molecules,
G. Hojer, J.
Keller,
JACS 96
(1974)
3746-50.
24.A
Short Note on the Possible Stabilization of the Local Water
Structure in the Liquid Due
to an
Oxygen or a Nitrogen Molecule,
G. Hojer, J.
Keller,
Int. J. of
Quantum Chem.
8 (1974) 177-78.
25.SC
Cellular Multiple Scattering in Molecular Electronic Structure
Calculations,
J.
Keller
Int.
J. Quantum Chem. 9 (1975) 583-604.
26.Zum
Problem der Theoretischen Beschreibung von Oberflachen,
P. Weinberger,
J. Keller,
G. Calderón,
Monatschefte fur
Chemie 106
(1975) 1429-36.
27.MS-X
Calculations on Boron Trihalides and Comparison with their
Photoelectron Spectra,
H.T. Preston, J.
Kaufman,
J. Keller, J.B. Danese,
Chem. Phys.
Lett. 37
(1976) 55-59.
28.Effect
on the Water/Air Surface Tension of Air Diffusion and
Interface Structuring,
H. Sobol, J.
Garfias, J.
Keller, J. of Phys. Chem. 80 (1976) 1941-48.
29.Cluster
Method Multiple Scattering Calculations of Electronic
Density of States of
Amorphous and
Liquid Metallic Alloys,
J. Keller, in
"Computers in Chemical Education and Research", E.V. Ludena, N.H. Sabelli &
A.C. Wahl,(eds.), Plenum,
N. York (1977) 225-260.
30.Electron
Gas Exchange for Atoms,
J.L.
Gázquez, J. Keller,
Phys. Rev. A16
(1977) 1358-62.
31.Spin
Density in Chemisorption and Catalysis,
J. Keller, C.
Varea,
Int. J.
Quantum Chem. 12 (Suppl. 1) (1977) 165-71.
32.Charge
Transport Properties in the Random Phase
Approximation,
C. Varea, J.
Keller,
in: "Amorphous
and
Liquid Normal, Transition and Rare Earth Metals",
(1978) 211-28.
33.Occupation
of d-Bands in Transition Metals,
A.
Garritz, J. Keller,
in:
"Amorphous and Liquid Normal, Transition and Rare Earth
Metals",
(1978) 236-50.
J.
Keller, C. de Teresa,
in:
"Amorphous and Liquid Normal, Transition and Rare Earth-Metals",
(1978) 325-43.
35.Cluster
Method for Ferromagnetic Iron,
J.
Keller, A. Garritz,
Inst. Phys. Conf.
Ser. No. 39 (1978) 372-76.
36.Density
of States N(E) of Fe Ge Amorphous Alloy,
J. Keller,
Inst. Phys. Conf. Ser. No. 39
(1978) 444.
37.f-States
in the Valence Bands of Cubic Uranium Compounds,
J.
Keller, M. Erbudak,
Helvetica Physica Acta 51
(1978) 449.
38.Electronic
Structure of Cubic Uranium Compounds,
M.
Erbudak, J. Keller,
Z. Phys. B32
(1979) 281-86.
39.Electronic
and Spin Structure of UTe,
M.
Erbudak, J. Keller,
Phys. Rev. Lett. 42
No. 2 (1979) 115-18.
40.Cluster
Methods to Study the Electronic Structure of Condensed
Matter,
J. Keller,
Hyperfine
Interactions 6
(1979) 15-23.
41.The
Isotope Chemical Shift of µ in Hydrogen Bromide,
M. Castro, J.
Keller, A.
Schenck,
Hyperfine
Interactions 6
(1979) 439-42.
42.Lattice
Relaxation Around Positive Muon in Copper,
M. Castro, J.
Keller, H.
Schilling.
Hyperfine
Interactions 6
(1979) 43-6.
43.µ
Knight Shift in Beryllium, J. Keller, A. Schenck,
Hyperfine
Interactions 6
(1979) 39-41.
44.A
Cluster Calculation of the Muon Hyperfine Field in Nickel,
B.D. Patterson,
J. Keller,
Hyperfine
Interactions 6
(1979) 73-6.
45.Electronic
Structure of Cubic Uranium Compounds,
J.
Keller, M. Erbudak,
Z. Phys. B32 ,
(1979) 281-286.
46.Electronic
Structure of Cubic Uranium Compounds,
J.
Keller, M. Erbudak,
J. Phys. Colloq. 4
(Orsay, Fr.), (1979) 22-3. (C.A. 90:214045a).
47.Cluster
Method Density of States for Noble Metals and Comparison
with Photoemission
Spectra,
J. Keller,
A. Pisanty, C. de Teresa,
Phys. Lett. 71A
(1979) 90-2. (C.A. 91:11796u).
48.Electronic
Structure of Uranium Selenide:Experiment and Theory,
M.
Erbudak, F. Greuter, F. Meier, B. Reihl, O. Vogt,. J. Keller,
J. Appl. Phys. 50
(3) (1979) 2099-101. (C.A. 90:30140s).
49.Electron
Spin Polarization in Uranium Sulfide,
M.
Erbudak, F. Greuter, F. Meier, B. Reihl,J. Keller,
Solid State
Commun. 30 (1979) 439-441. (C.A. 91:44818f).
50.Space
Partitioning in Multiple Scattering Techniques. I. Hydrogen Molecular Ion and Hydrogen
Molecule,
A.
Garritz, J.L. Gázquez, M. Castro, J. Keller,
Int. J. Quantum Chem. 15
(1979) 731-44 (C.A. 91:96869t).
51.Optical
Properties and Electronic Structure of US,
J. Schoenes, O.
Vogt, J.
Keller,
Solid State
Commun. 32 (1979) 873-7. (C.A.
92:49717c). Refereed.
52.Electron
Gas Model for Inhomogeneous Systems,
J.L.
Gázquez, E. Ortiz, J. Keller,
Int. J .Quantum Chem. 13
(1979) 377-85. (C.A.
92:99788x). Refereed.
53.The
Positive Muon as a Light Isotope of Hydrogen: Trapping in
Copper, Vanadium, Niobium
and
Tantalum,
M. Camani, F.N.
Gygax, W.
Ruegg, A. Schenck, H. Schilling, J. Keller,
Z. Phys. Chem. 116
(1979) 157-61. (C.A. 92:102408f) Refereed.
54.Model
for Hydrogen Production on Illuminated Transition Metal
Surface,
J. Keller, C.
Keller, W.
Baltensperger,
Adv. Hydrogen
Energy 1
(Hydrogen Energy Syst., Vol. 5) (1979) 2573-85. (C.A.
992:149937t). Refereed.
55.Electronic
Structure of Ferromagnetic Materials from a Real Space
Approach,
J. Keller, M.
Castro,
J. Mgn. Mat. 15-18
(1980) 856-8. (C.A.
92:225593v). Refereed.
55a.
Teoría de Dispersión Múltiple y sus
Aplicaciones al Estudio de la Estructura Electrónica
de la Materia Condensada
J.
Keller, C. Varea, A. Pisanty
Fundamentos
de Química Cuántica 339-487 (1980)
56.Aspects
of the 5f (de) Localization.
A.J. Freeman, B.
Cooper, B.
Coqblin, A. Delapalme, B. Dunlap, B. Johansson, J. Keller, R. Troc.,
J. de
Physique,C4 (1979) 84-86. Refereed.
57.Self-Consistent-Field
Electron-Gas Local-Spin-Density Model Including
Correlation for
Atoms,
J.
Keller, J.L. Gázquez,
Phys. Rev. A20
(1979) 1289-91. Refereed.
58.Photoemission
from Ferromagnetic Uranium Salts,
M.
Erbudak, J. Keller,
in:
"Theoretical Aspects and New Developments in Magneto- Optics",J.T.
Devreese (ed.),
Physics (Plenum
Press, N.Y.)
(1980) 533-42.
Refereed.
59.The
Analysis of the Knight Shift in the µ SR Technique,
J. Keller, W.
Baltensperger,
Int. J. of
Quant. Chem. 14
(1980) 123-29. Refereed.
60.Rare
Earths Presenting Strong f-d Hybridization,
J. Keller, M.
Castro and C.
Amador,
Physica 102B
(1980)
129-33. Refereed.
61.The
Electronic Structure of Magnetic UTe,
A.
Pisanty, E. Orgaz, C. de Teresa, J. Keller,
Physica 102B
(1980) 78-80. Refereed.
62.Theoretical
Analysis of the µ Knight Shift in Cd and Zn,
J.
Keller, M. Castro, C. Amador, E. Orgaz,
Hyperfine
Interactions 8 (1981) 483. Refereed.
63.Cluster
in Condensed Matter Studies of Ferromagnetic Iron,
C.
Amador, C. de Teresa, J. Keller and A. Pisanty,
Int. Phys. Conf.
Ser. No. 55, Chapt. 4 (1981) 225-28.
Refereed.
64.The
Electronic Structure of a Substitutional Iron Atom Impurity
in Palladium,
A.
Rodriguez, J. Keller,
J. Phys. F: Metal
Phys. 11 (1981) 1423-33. (C.A.: 95:158864f). Refereed.
65.Masa
y Carga como un Problema de Eigenvalores
de Variables Estructurales,
J. Keller,
Rev. Soc. Quím. Méx. 25 (1981)
28-31. (C.A. 95:104534e). Refereed.
66.Bonding
in the Mo Transition Metal Diatomic Molecule,
M. Castro, J.
Keller, P.
Mareca,
Int. J. of
Quant. Chem. 15
(1981) 429-35. Refereed.
67.Density
Functionals from Models of the Electronic Charge Density,
J. Keller, C.
Keller, C.
Amador
In: "Recent
Progress
in Many-Body Theories", Lecture Notes in Physics 142 (Springer
Verlag) (1981) 364-72.
Refereed.
68.
Spacetime Symmetries Corresponding to Elementary Particle
Symmetries,
J. Keller,
In: "Mathematics
of
the Physical Spacetime", U.N.A.M., México (1982), 117-32. Refereed.
69.Enlace
Químico en Materia Condensada,
J. Keller,
Rev. Soc. Quím. Méx. 26 (1982)
56-62 (C.A. 97:133687d). Refereed.
70.Los
Nuevos Metales,
J. Keller,
Rev. Soc. Quím.
Méx. 26
(1982), 101. Refereed.
71.Wave
Equation of Symmetry Constrained Dirac Particles,
J. Keller,
Int. J. of
Theor. Phys.
21 No. 10/11 (1982) 829-36. Refereed.
72.Isotope
Effect in Chemical Shifts of µ and H : MuBr vrs. HBr and
MuHO vrs. H O,
M. Castro, J.
Keller, P.
Rius,
Hyperfine
Interactions 12
(1982) 261-278. Refereed.
73.Cluster
in Condensed Matter Method Study of Hydrogen in Nickel,
J.
Keller, M. Castro, A.L. de Paoli,
J. Appl.
Phys. 53 (12) (1982) 8850-55. Refereed.
74.Ground
State of the He Molecular Ion Computed with Density
Functional Techniques,
M. Castro, J.
Keller, O.N.
Ventura,
J. Chem. Phys.
77
(12) (1982), 6348-6350. (C.A. 98:78485e). Refereed.
75.The
Geometry of Spacetime and the Dirac Equation,
J. Keller,
Proceedings of
the NATO
Institute Relativistic Effect in Atoms, Molecules and
Solids, Canada, G. Malli (ed.) Plenum
(1983). Refereed.
76.Density
Functionals Obtained from Models of the Electron First and Second
Order Density
Matrices,
J.
Keller, C. Amador,
Lecture Notes in
Physics 187, .Springer Verlag
(1983), 269-86. Refereed.
77.Introduction
to "Density Functional Theory"
Lecture Notes in
Physics 187,
Springer Verlag (1983) 1-7. Refereed.
78.Chemical
Bonding in Transition Metal Magnetic Molecules and
Clusters,
J. Keller,
J. of Molecular
Structure 93
(1983) 93-110. Refereed.
79.Approximate
Relativistic Calculations Within the One-Center
Approximation for the Series
CH to PbH
,
A.
Aguilar-Ancona, J.L. Gázquez, J. Keller,
Chem. Phys. Lett.
96 (2) (1983) 200-3. (C.A. 98:185743j). Refereed.
80.Spacetime
Dual Geometry Theory of Elementary Particles and Their
Interaction Fields,
J. Keller,
Int. J. of
Theoretical
Physics 23 No. 9 (1984) 817-37. Refereed.
81.Geometría
y la Teoría del Espín en
Mecánica Cuántica no Relativista,
J. Keller, F.
Megy,
Contactos 1
#1
(1984) 51-54. Refereed.
82.Spin
Polarized Electron Scattering from Gold,
M. Erbudak, J.
Keller, N.
Muller,
Proceedings of
the 44th Annual
Conf. on Physical Electronics, (1984). Refereed.
83.Unión
Química y Magnetismo en Materia
Condensada,
J.
Keller, C. Amador, C. de Teresa,
Rev.
Méx. Fís. 30 #3 (1984) 447-81. (C.A. 101:162361z). Refereed.
84.Moment
Formation in Magnetic Rare Earth Metal Alloys,
J.
Keller, C. Amador, C. de Teresa,
Physica 130B
(1985) 37-40. Refereed.
85.Real
Space and Configuration Spacse Wave Function in the
Intermediate Valence Problem,
J. Keller, C. de
Teresa, J.
Schoenes,
Solid State
Comm. 56
(1985) 871. Refereed.
86.Chemical
Bonding and Structural Relaxation of Amorphous Zr Cu
C.
de Teresa, C. Amador, J. Keller,
J. of
Non-Crystalline Solids 75 (1985) 385-90. Refereed.
87.A
System of Vectors and Spinors in Complex Spacetine and Their
Application to Elementary
Particle
Physics,
J. Keller,
Proceedings of
the N.A.T.O.
& S.E.R.C. Workshop on Clifford Algebras and Their Application
in Mathematical Physics, (Kent 1985), R. Chisholm
& A. Common, (Eds.)
(1986).
Refereed.
88.Spin
Spin Susceptbility & Itinerant Magnetism,
C.
Amador, C. de Teresa, . Keller,
in: Acta Sud
Americana de
Química, Prof. Raymond Daudel's birthday issue (1986).Refereed.
89.Chemical
Bonding and Magnetic Properties in Condensed Matter,
C.
Amador, J. Keller,
Proceedings
of the VII Reunión de Invierno de Física de Bajas Temperaturas (1986) 11-27.Refereed.
90.Chemical
Bonding and Local Structure Effects in the Moment Formation
and Magnetic
Susceptibility of
Metallic Molecules
and Compounds,
J. Keller and M.
Castro,
In: "Magnetic
Properties
of Low Dimensional Systems", L.F. Falicov (ed.), World Scientific (Singapur) Vol. 14 (1986),
139. Refereed.
91.A
generalization of the Dirac Equation Admitting Isospin and Color
Symmetries,
J. Keller,
Int. J. of
Theoretical
Physics 25 (8) (1986) 779-806 (C.A. 105:214937w).
Refereed.
92.On
the Formulation of the Hohenberg-Kohn Sham Theory,
J. Keller,
Int. J. of
Quantum Chem.
QCS20 (1986) 767-768. Refereed.
93.Local
Approximations in the Applications of Density Functional
Theory.
J.
Keller, C. Amador, C. de Teresa
in:
"Condensed Matter Theories I", B. Malik (ed.), Plenum (N. York) Vol. 1
(1986) 195-.Refereed.
94.Symmetry
Constraints in the Ionization Potentials and on the
Formulation of the
Hohenberg-Kohn-Sham
Theory.
J.
Keller, C. Amador, C. de Teresa, J.A. Flores,
in:
"Condensed Matter Theories", P. Vashista et al. (eds.), Plenum (N.
York) Vol. 2 (1986).
Refereed.
95.Local
Order Effects in the Electronic Properties of Amorphous and
Disordered Materials.
J.
Keller, C. de Teresa, C. Amador
Kinam
Vol. 8 C, 19-32 Serie C (1987). Refereed.
96.Density
Functional theory Formalism,
J.
Keller, E. Ludeña,
Int.
J. Quantum Chemistry, QCS 21, 171-180 (1987). Refereed.
97.Strongly
Correlated f Electrons,
J.
Keller, C. de Teresa, C. Amador,
Proceedings of
the 8th Winter Meeting on Low Temperature Physics, I.I.M., U.N.A.M., J.L.
Heiras, T. Akachi, (eds.),
(1987) 163-192. Refereed.
98.Quasicrystals
J. Keller, C. de
Teresa,
In: Future
Trends in
Material Sciences, World Scientific Advanced Series Surface Science 2,
(1987), 229-240.
99.Real
Space Studies of the Electronic and Magnetic Structure of
Metals.
J.
Keller, C. Amador, C. de Teresa,
In: Future Trends
in Material Sciences, World Scientific Advanced Series Surface Science 2,
(1987), 161-227. Refereed.
100.
The Formulation of Density Functional Theory,
J.
Keller, C. Amador,
In: Condensed
Matter Theories, Vol. 3, Juoko Arponen, R.F. Bishop and M. Manninen, Eds.,
(Plenum (1987), 201-208.
Refereed.
101.
The Formulation and Use of Density Functional Theory.
J. Keller,
Journal of
Molecular
Structure (Theochem), 166 (1988) 51-58. Refereed.
102. A
Two Step Approach to High T Superconductivity, J. Keller,
Rev.
Mex. Fís, 34 No. 3 (1988) 540-546. Refereed.
103.
Vibronic States as the Possible Origin of High T
Superconductivity.
J. Keller,
In: "High T
Superconductors", T. Akachi, J. Heiras, R.A. Barrio, T.
Akachi, J. Tagüeña, World Scientific (1988)
289-292. Refereed.
104.
Studies on the Electronic Structure of YBa Cu O
C.
de Teresa, P. de la Mora, J. Keller,
In: "High T
Superconductors", T. Akachi, J. Heiras, R.A. Barrio, T. Akachi, J. Tagüeña, World
Scientific (1988) 275-278.
Refereed.
105. L
Edge of Silicon: Theory and Experiment
P. Aebi, J.
Keller, M.
Erbudak, F. Vanini,
Phys. Rev. B38,
No.
8 (1988), 5392-5396. Refereed.
106.
Equations for the Square Root of the Electronic Density and the
Chemical Potential
J.A. Flores, J.
Keller,
In: Condensed
Matter
Theories 4, Plenum (1989), 183-189. Refereed.
107. A
Two Step Generalization of the BCS Theory for High Tc
Superconductivity
J.
Keller, C. de Teresa, P. de la Mora.
In: Condensed
Matter Theories 4, Plenum (1989), 297-311. Refereed.
108.
Density Matrix Foundations of Density Functional Theory: The
Importance of Pure- State
N-Representability in the Derivation of Extended Kohn-Sham Equation.
E.V. Ludeña, J.
Keller.
"25 Years of
Density
Functional Theory", S. Trickey, ed. (1988). Refereed.
109. f
Electron States in Condensed Matter
Jaime Keller and
Carmen de
Teresa
In: "The
Challenge of
d and f Electrons". ACS Symposium Series, D.R. Salahub & M. Zerner,
editors (1988). Refereed.
110.
Vibronic States as the Possible Origin of High T Super-
conductivity in Ceramic Copper
Oxides,
Physica C153-155
(1988), 1321-1322. Refereed.
111.
La Fusión Nuclear Fría por el Método
Electroquímico,
H.
Arriola S., J. Keller, J. Lartigue G., J. Soberón,
Ciencia
y Desarrollo 15 (67) (1989), 23-28 (artículo periodístico,
refereed).
112. A
Physical Analysis of the Fleischmann-Pons Experiments
J. Keller
113. A
Multivectorial Dirac Equation
J. Keller, S.
Rodríguez-Romo
Journal of
Mathematical
Physics 31 (10), 2501-2510,
(1990).
114.
Multivectorial Generalization of the Cartan Map
J.
Keller, S. Rodríguez-Romo
Journal of Mathematical
Physics 32 (6) 1591-1598 (1991)
115.
Multivectorial Representation of Lie Groups
J.
Keller, S. Rodríguez-Romo
International
Journal of Theoretical Physics 30, (2), 185-196, (1991).
116.
High Magnetic Susceptibility Liquid Metals
C.
de Teresa, J. Keller
Condensed Matter
Theories V, 239-254 (1989).
117.
¿Qué es un Electrón?
J.
Keller
Acta
Académica Potosina XI, No. 2, 115-131 (1989).
118.
Bonding in Heteronuclear Transition Metal Diatomics: NbIr.
M. Castro, J.
Keller, P.
Mareca
Int. J. of
Quantum
Chemistry XXXIX, 689-698, (1991)
119.
Anisotropy of Optical and Transport Properties in the a-b Plane of
the High Temperature
Superconductors YBa Cu O
J.
Schoenes, J. Karpinski, E. Kaldis, J. Keller, P. de la Mora.
Physica
C 166 (1990) 145-150.
120.
Spinors and Multivectors as a Unified Tool for Spacetime Geometry
and for Elementary Particle Physics.
J. Keller
Int. Journal of
Theoretical
Physics 30 (2), 137-184 (1991). Refereed.
121.
The Multivector Structure of the Matter and Interaction Field
Theories.
J. Keller and F.
Viniegra
in: "Clifford
Algebras
and Their Applications in Mathematical Physics", Kluwer Academic Pub. Dordrecht,
437-445 (1992), A. Micali, R. Boudet, J. Helmsteller,
eds.
122.
La Búsqueda de una Ecuación para la (Raíz
Cuadrada de la)
Densidad
Electrónica
J.Keller, J.A.
Flores, A. Keller
Folia Chimica
Theoretica
Latina 18 (4) 175-186, (1990).
123.
Clifford Algebras and the Electron
J. Keller
Presented at the
2nd
Workshop on Clifford Algebras and Their Applications in
Mathematical Physics, Montpellier, (1989). Refereed.
To be
published in a special issue on Clifford
Algebras, A. Micali, ed.
124.
Geometrical Content of the Fierz Identities
S.
Rodríguez-Romo, F. Viniegra and J. Keller
“Clifford
Algebras and Their Applications in Mathematical Physics”
Kluwer Academic
Pub.
Dordrecht (1992), A. Micali, R. Boudet, J. Helmsteller, eds.
Proceeding of
the 2nd
Workshop on Clifford Algebras and Their Applications in Mathematical
Physics,
Monpellier, (1989),
125.
Geometric Superalgebra and the Dirac Equation
J.
Keller, A. Rodríguez
J. of
Mathematical Physics 33 (1), 161-170, (1992).
126.
Spinors as a Basis of a Geometric Superalgebra,
J. Keller
Advances in
Applied
Clifford Algebras I (1), 31-50 (1991).
127.
Differential Equations for the Square Root of the Electronic
Density in Symmetry
Constrained
Density Functional
Theory
J.A. Flores, J.
Keller
Phys. Rev. A 45
(9)
6259-6262 (1992).
128.
Dirac Equations with Electroweak and Color Symmetry,
J. Keller
in: Diferential
Geometric
Methods in Theoretical Physics, 1,
355-361, (1992), S. Catto &
A.
Rocha, eds., World
Scientific,
Singapore.
129.
Algebras: Old and New and Their
Use
J. Keller
Advances in
Applied
Clifford Algebras 2 (1), 3-6 (1992).
130.
"The Geometric Content of the
Electron Theory. Fock and Iwanenko
1929"
J. Keller
Advances in
Applied
Clifford Algebras 2 (2), 195-196 (1992).
131.
Tautology of Quantum Mechanics and Spacetime
J. Keller
Vistas in
Astronomy, 37, 283-286, (1993)
and in:
Proceedings of the
Symposium on Quantum Physics and the Universe,
Tokyo,
Japón, agosto 19-22, 1992.
132.
"Unified Mathematical Approach to Spinors and Multivectors,
Geometric Superalgebra"
J. Keller
in: Int. J. of Modern Physics, A, 3A, 511-514 (1993).
133.
Dual Space and Clifford Algebras
J. Keller
Advances in
Applied
Clifford Algebras 3 (1), 1-6 (1993).
F.
Reuse, J. Keller
Advances in
Applied Clifford Algebras 3 (1), 55-74 (1993).
135.
Dirac Form of Maxwell Equation Zn-Graded Algebras
J. Keller
In:
Spinors, Twistors, Clifford Algebras and
Quantum Deformations, 189-196, Z. Oziewicz,
B. Jancewicz, A. Borowiec (eds), 1993,
Kluwer Academic Publishers, the Netherlands.
J.
Keller, M.A. Leiba, G. Tavizon, J. Fernández, J.M. Aceves
Proceedings: II Taller Iberoamericano sobre Tamices, Oaxaca, Mex., 25-27 noviembre,
1992.
137.
"Axial Oxygen Movement as a Possible Mechanism of Superconductor
in Yba2Cu3O7"
P. de la Mora,
J. Keller,
C. de Teresa,
Proceedings of
2nd
CINVESTAV Superconductivity Symposium , "Manifesrations of the Electron-Phonon Interaction"
Tequisquiapan, Mexico, 2-9
November 1992 Ed
Rafael
Baquero, World Scientific, (1993). Refereed
138.
"The Geometric Content of the
Electron Theory" (Part I)
J. Keller
Advances in
Applied
Clifford Algebras 3 (2), 147-200
(1993).
139.
"Quaternionic, Complex, Duplex
and Real Clifford Algebras",
J.
Keller
Advances in
Applied
Clifford Algebras 4 (1), 1-12
(1994).
140.
"Clifford Algebra and the
Construction of a Theory of
Elementary Particle Fields"
J.
Keller
Advances
in Applied Clifford Algebras (Proc. Suppl.) 4
(S1), 379-393 (1994). Refereed.
141.
"Twistors as Geometric Objects in Spacetime"
J.
Keller
Clifford
Algebras and Spinor Structures, P. Lounesto, R.
Ablamowicz, eds., Kluwer Academic Publishers, 133-135, 1994.
142.
"Coupling of the Ionic Motions with the Electronic Structure
in the YBa2Cu3O7 High
Tc
Superconductor"
Pablo
de la Mora, Jaime Keller
Physica
C, 235-240 (1994)
2375-2376, North Holland.
143.
“Factorization of the Laplacian and Families of Elementary
Particles”
Jaime Keller
in: Symmetry
Methods in
Physics, Vol. I, Eds. A.N. Sissakian, G.S. Pogosyan,
S.I. Vinitsky,
pp. 236-
241, Dubna 1994
144.
"Prime rings with Pl ring of constants",
V.K.
Kharchenko, J. Keller y S. Rodríguez Romo,
Israel Journal of
Mathematics. Vol.
96, parte B 357-377, (1996)
145.
"A Symmetry of Massless Fieds”
Yu-Fen Liu, and
Jaime
Keller
Journal of
Mathematical
Physics 37 (9), 4320-4332
(1996)
146.
“An Algebraic Linear Relativistic
Equation Over Twistor Fields
with Confined States”
J. Keller, A.
Rodríguez and
R. M. Yamaleev
Advances in
Applied
Clifford Algebras 6 (2), 275-300, 1996
147.
“Fractal Structures in Colored DLA Model”
Vladimir
Kchijov, J. Keller, S. Rodríguez-Romo and S. Nechaev
Sociedad
Química de México A. C., vol 41, (1), 45-47 1997
148.
“On the electron theory”
J. Keller
“The Theory of
the
Electron” Advances in Applied Clifford Algebras 7 (S) 3-26, 1997
M.
Gusiew-Czudzak, J.
Keller
“The Theory of
the
Electron” Advances in Applied Clifford Algebras 7 (S) 419-438, 1997
150.
“Spinors, Twistors, Screws,
Mexors and the Massive Spining
Electron”
J. Keller
“The Theory of
the
Electron” Advances in Applied Clifford Algebras 7 (S) 439-455, 1997
151.“Fractals
in two-dimensional model of colered diffusion-limited
aggregation”
V.E.
Tchijov, J. Keller and Suemi Rodríguez Romo
Revista
Mexicana de Física, vol. 43 (3), 348-360 1997
152.
“Kinetics of Phase Transitions Induced by Shock-Wave Loading in
Ice”
V.E.
Tchijov, J. Keller and Suemi Rodriguez Romo, Oleg Nagomov
Journal of
Physical Chemistry B, Vol. 101, (32), 6215-6218 1997
153.
“Equations of Motion for Spinning
Massive Particles over Twistor
Fields”
J. Keller, and
R.M.
Yamaleev
Advances in
Applied
Clifford Algebras, 7 (2), 141-166, 1997
154.
“Theoretical Calculation of Carbon Clusters”
Ester
Agacino Valdes, Pablo de la Mora, Miguel Castro, Jaime Keller
International
Journal of Quantum Chemistry, Vol. 65, 867-875 (1997)
155. “Twistors and Clifford
Algebras”
J. Keller
in: Clifford
Algebras and
their Applications in Mathematical Physics, V. Dietrich, K. Habetha and G.
Jank (eds.),
Kluwer
Academic Publishers. 161-173, 1998.
156.
“Algebraic and Differential
Equations for Spinning Particles on
the Sphere”
J. Keller, R. M.
Yamaleev
and A. Rodríguez
Advances in
Applied
Clifford Algebras, 8 (2), 235-254 1998
157.
“On Quantization of the Decay
Products Momenta in the Elementary
Particle Resonances”
Fangil A.
Gareev, J. Keller
and R. M. Yamaleev
Advances in Applied Clifford Algebras, 8 (2), 255-270 1998
158.
“Parton-like Particle bound States
as Solutions of a linearized
Relativistic Equation”
R. M. Yamaleev,
A.
Rodríguez and J. Keller
Advances in Applied Clifford Algebras, 8 (2), 433-441 1998
159.
“Actions of Glq (2,C) on C(1,3) and its four dimensional
representations”
Vladislav K.
Kharchenko,
Jaime Keller, Suemi Rodríguez-Romo
Communications
in Algebra,
27 (4), 1843-1878, 1999
160.
“Physicochemical History of an Intermediate Planets”
J. Keller
Proc. Conf.
“Geometrization
of Physics IV”, Kazan, Kazan Univ., Press,
142-159, 2000.
161.
“The Geometric Content of the
Electron Theory (Part II) Theory of
the
Electron From Start”
J. Keller
Advances in
Applied
Clifford Algebras, 9 (2), 309-395 1999
162.
“Quantum Invariants of Glq (2,C) in C(1,3)”
Vladislav K.
Kharchenko,
Jaime Keller, Suemi Rodríguez Romo
Anales de la
International
Algebraic Conference dedicated to the memory
P.K. Faddeev st Peterburg,
Russia 24-30 June, 1997.
163.-
“Action Density Functional Theory”
J. Keller
“Physics of Low Dimensional
System” J.L. Morán-López Ed., Kluwer Academic Press, 445-452, 2001
164.
“The Foundations of Density Functional Theory and Wave Quantum
Mechanics”
J.
Keller
Revista
Sociedad Química de México, 44 (1), 22-28 2000.
165.
“Space-Time-Action Relativity Theory”
J.
Keller
Proceedings
of the Sixth International Wigner Symposium (1999), Istambul, publicado
por al
Universidad del Bósforo, Turkey, 295-316 (2002)
166.-
“Space-Time-Action Geometrical Unity as origin of a Structural
Theory of Matter”
J. Keller
Proc. Conf.
“Geometrization
of Physics IV”, Kazan, Kazan Univ., Press. 22-39, 2000
167.-
“Physicochemical History of Intermediate Size Planets”
J. Keller
Georesources,
2(2), 13-23,
1608-5035, 2000.
168.-
“Ethyl and methylphenylcarbamates as antihelmintic agents:
theoretical study for predicting their biological activity by PM3”
E. Angeles, P. Martínez, J.
Keller, R. Martínez, M. Rubio, G. Ramímez, R. Castillo, R.
López-Castañares, E.
Jimnénez.
Journal of
Molecular Structure (Theochem), 504 (2000) 141-170.
169.
“An empirical study of the Mn partial density of states in
icosahedral
Al
70 Pd 20 Mn 10”
M Erbudak, A.
Hensch, J. Keller, B. Rössner, A.R. Kortan
Journal of
Electron
Spectroscopy and Related Phenomena 1(2001)
170.
“The Theory of the Electron” A
Theory of Matter from START.
De la serie “Fundamental
Theories of Physics,” 115,
Kluwer Academic Publishers,
vol. 115 pp 257, febrero 14 de 2001.
Hardbound, ISBN
0-7923-6819-3, February 2001.
Paperback, ISBN
1-4020-0355-2, Nov. 2001.
e-book,
ISBN 0-307-47132-9, July 2002
171.
“General Relativity from START”
J. Keller
Conference on “Hypercomplex
Analysis in Physics”,
“Clifford Analysis and
Related Topics”, K. Gürlebeck X. Ji, W. Sprössig Eds. Advances in
Applied
Clifford Algebras 11 (S2), 183-204
(2001).
172.
“General Relativity as a Symmetry of a Unified Space-Time-Action
Geometrical Space”
J. Keller
Proceedings of the Fourth
International Conference, Institute of Mathematics of NAS of
in: “Symmetry in Nonlinear
Mathematical Physics” Vol. 43, Part
2, 557-568, 2002
173.
“A Formal Definition of Carriers”
J. Keller and Peter
Weinberger
Advances in Applied Clifford
Algebras Vol. 12 (1), 39-62, 2002
174
"Studies of Equations of State and Thermodynamics functions of
High Pressure H_2O Polymorphs"
V.E. Tchijov, J.
Keller and Suemi Rodríguez Romo
Journal of Applied
Physics.
175.
“Unification of electrodynamics and Gravity form START”
J. Keller
Annales
de
176.
“A Theory of the Neutrino from START”
J. Keller,
Electromagnetic
Phenomena, V 3, No. 1 (9), 115-133, (2003)
177.-
A Comprehensive Theory of the
Electron from START,
J. Keller
in: What is the Electron?,
Modern Structures, Theories,
Hypotheses, V. Simulik, editor, (
178.-“A
derivation of Quantum Mechanics from START”
J. Keller
Proceedings of
179.-“Density
Functional Theory from First Principles”
J.
Keller
In: Condensed Matter
Theories Vol. 27, Editors Belkacem M. and Dinh P. M.,
Nova Publisers
2005.
180.- “START: 4-D to 5-D
generalization of the
(Minkowski-) Lorentz Geometry”
J.
Keller
In:
Publicaciones de
181.- “Principia Geometrica
Physica”
J.
Keller
In: “Frontiers of Fundamental and
Computacional
Physics”,
Udine (Italy), Sep. 26-29, 2004.
Kluwer
Academic Publisher,
182.- “Geometrical Principles of
Physics”
J.
Keller
International Conference
of Numerical Analysis and Applied Mathematics ICNAAM, T.E. Simos, G. Psihoyios
Ch. Tsitouras (Eds.),
Sep. 16-20, 2005.
Wiley-VCH
Verlag GmbH&Co. KGaA,
183.-
“Geometric
Formulation of the Many-Electron Theory”
J. Keller and A. Keller,
184.- “START:
Inventio
Principia Geometrica Physicae”
J. Keller ,
Pierre Anglès Ed. (Birkhäuser, Basel). Advances in
Applied Clifford
Algebras 18 (3-4), (2008) 807-841.
J.
Keller and P. Weinberger
Journal of
Mathematical Physics, 47 (8) 2006.
186.-
“Gravitational field energy
approach to
interaction from START”
J.
Keller
ICNAAM-2006,
Wiley-VCH Verlag GmbH & KGaA, Weinheim, T.E.Simos,
187.-
“A
comprehensive Theory of Gravitation from START”
J. Keller,
December 1-2, 2005, Zacatecas.
Electromagnetic Phenomena Vol. 6, No. 2 (17), 2006 170-177.
188.-
“Algebras
Generated by Scalar K-atic Forms and
Their Linear Forms”
J. Keller.
Adv. Appl. Clifford Alg. 17 (2) 2007,
241-244.
189.
“Theory
of
Factual Benefits and its Geometric Representation”
J. Keller, Bulletin de
190.
“K-atic Geometric
Algebras and their Applications in Physics and Social
Sciences”,
J. Keller,
Bulletin de
ICNAAM
& ICCMSE 2007.
AIP Conference Proceedings, G. Psihoyios, T. E. Simos
192. “Geometric Formulation of
Correlation in a Many-Electron System”
J. Keller,
Philosophical Magazine, Vol. 88 Nos. 18-21 (2008), 2829-2846
193.
“Representations of
the Clifford Algebra Cl (1,4) and their
relevance for Physics”,
J. Keller and P. Anglès,
Numerical Analysis and Applied Mathematics,
AIP Conf. Proc.,
Vol. 1048,
(1), (2008) 662-665.
194. “Least
null trajectories in Lorentzian geometries and their
application in Physics”,
J. Keller, AIP Conf.
Proc. Vol. 1168, (2009), 785-788.
195. “Matter and Space-Time”
J. Keller, Advances in
Applied Clifford Algebras 20
(2), (2010) 285-297.