TRABALHOS PUBLICADOS
81.Cattani, M. and BASSALO, J. M. F. 2019. CESAR LATTES, the Discovery of Meson π and the 1950 Nobel Prize in Physics.
Pnergy Vacuum Fluctuations and The Fluctuation-Dissipation Theorem. http://publica-sbi.if.usp.br/PDFs/pd 1717 pdf. (Dezembro de 2019)
80. Cattani, M. and BASSALO, J. M. F. 2016. Energy Vacuum Fluctuations and The Fluctuation-Dissipation Theorem. http://publica-sbi.if.usp.br/PDFs/pd 1713 pdf. (Julho de 2019)
79. Cattani, M., BASSALO, J. M. F., e Caldas, I. L. 2018. A Intuição de Físicos e Matemático Famosos. http://publica-sbi.if.usp.br/PDFs/pd 1709 pdf. (06 de junho 2018). https://archive.org/details/TheIntuitionofFamousPhysicistsandMathematicians (2018)
78.BASSALO, J. M. F., Nassar, A. B. and Cattani, M. S. D. 2017. Bohmnian Trajectories for the Shuch-Chung-Hartmann Equation. htpp://publica-sbi.if.usp.br/PDFs/pd 1707 pdf. (09 Agosto 2017).
77. BASSALO, J. M. F. e Cattani, M. 2017. Sobre a Radiação Cósmica de Fundo de Microonda (RCFM). http://publica-sbi.if.usp.br/PDFs/pd 1706 pdf. (31 Julho 2017).
76. BASSALO, J. M. F., Nassar, A. B. and Cattani, M. S. D. 2017. The Feynman de Broglie-Bohm Propagator of the Schuch-Chung-Hartmann Equation Along a Classical Trajectory. http://publica-sbi.if.usp.br/PDFs/pd 1705 pdf. (21 Julho 2017).
75. BASSALO, J. M. F., Nassar, A. B. and Cattani, M. S. D. 2017. Bohmnian Trajectories for the Süssmann-Hasse-Albrecht-Kostin-Nassar Equation. http://archive,org/details/TOBESHAKN(10abr2017): http://publica-sbi.if.usp.br/PDFs/pd 1704 pdf. (15 Maio 2017).
74. BASSALO, J. M. F., Nassar, A. B. and Cattani, M. S. D. 2017. Bohmnian Trajectories for the Diósi-Halliwell-Nassar Equation. http://publica-sbi.if.usp.br/PDFs/pd 1703 pdf. (06 Março 2017).
73. BASSALO, J. M. F., Nassar, A. B. and Cattani, M. S. D. 2017. Bohmnian Trajectories for the Kostin Equation. http://publica-sbi.if.usp.br/PDFs/pd 1702 pdf. (06 Março 2017).
72. BASSALO, J. M. F., Nassar, A. B. and Cattani, M. S. D. 2016. The Bohmnian Trajectories for the Bateman-Caldirola-Kanai Equation. http://publica-sbi.if.usp.br/PDFs/pd 1699 pdf. (09 Dezembro 2016).
71. BASSALO, J. M. F., Nassar, A. B. and Cattani, M. S. D. 2016. The Bohmnian Trajectories for the Bialynicki-Birula-Mycielski Equation. http://publica-sbi.if.usp.br/PDFs/pd 1698 pdf. (08 Dezembro 2016).
70. Oliveira Filho, J. P. de, Cattani, M., BASSALO, J. M. F., and Souza, N. P. C. de 2016. Would D(+)Adrenaline Have a Therapeutic Effect in Depression, Canadian Open Pharmaceutical, Biology and Chemical Sciences Journal 1(1): 1-6 (July).
69. Cattani, M. and BASSALO, J. M. F. 2016. Gravitational Waves Observation: Brief Comments. http://publica-sbi.if.usp.br/PDFs/pd 1696 pdf. (01 Agosto 2016); Revista Brasileira de Ensino de Física 3 (4), Epub (Oct 10).
68. Cattani, M. and BASSALO, J. M. F. 2016. Detecção de Ondas Gravitacionais. http://publica-sbi.if.usp.br/PDFs/pd 1693 pdf. (07 Abril 2016).
67. BASSALO, J. M. F., Nassar, A. B. and Cattani, M. 2014. Feynman Propagator, Ermakov-Lewis Invariants, Bohmian Trajectories for the Logarithmic Nonlinear Schrödinger-Nassar Equation. http://publica-sbi.if.usp.br/PDFs/pd 1687 pdf. (26 September 2014).
66. BASSALO, J. M. F., da Silva, D. G., Nassar, A. B. and Cattani, M. 2014. Ermakov-Lewis Invariants for the Schrödinger´s Equation for an Extended Electron. http://publica-sbi.if.usp.br/PDFs/pd 1686 pdf. (25 September 2014).
65. Cattani, M. and BASSALO, J. M. F. 2014. Stabilization of Chiral Molecules by Weak Interactions: a Simple Double-Bottomed Harmonic Model. http://publica-sbi.if.usp.br/PDFs/pd 1682 pdf. (01 April 2014).
64. Cattani, M., BASSALO, J. M. F. and Ferreira, C. A. S. 2013. History of propagation of Original Citations of the Article Racemization, Chiral Stability and Weak Interactions in the Journal of Quantitative Spectroscopy & Radiative Transfer 102/441/2006. International Journal of Science Commerce and Humanities 3(13): 73-74.
63. Cattani, M. and BASSALO, J. M. F. 2013. Solitons in Nonlinear Schrödinger Equation. http://publica-sbi.if.usp.br/PDFs/pd 1679 pdf. (26 July 2013).
62. Oliveira Filho, J. P. de, Cattani, M., BASSALO, J. M. F., and Souza, N. P. C. de 2013. The (+)-adrenaline and skydiving as a solution to psychogenic symptoms and a possible prevention of psychosomatic diseases, International Research Journal of Biochemistry and Bioinformatics 3(5): 97-103.
61. BASSALO, J. M. F. and Ferreira, C. A. S. 2013. History of propagation of original citations of the PHYSICAL REVIEW A66/024103/2002 article. International Journal of Science Commerce and Humanities 1(4): 119-128.
60. Haas, F., BASSALO, J. M. F., da Silva, D. G., Nassar, A. B. and Cattani, M. 2013. Time-Dependent Gaussian Solution for the Kostin Equation Around Classical Trajectories. International Journal of Theoretical Physics 52: 88-95.
Citações:
60.3. Haas, F. and Ferreira Soares, L. G. 2018. Physics of Plasmas 25, Artigo Número: 012310.
60.2. Nassar, A. B. and Miret-Artés, S. 2017. Bohm Mechanics, Open Quantum Systems and Continuous Measurements, Springer (USA).
60.1. Katz, R. and Gossiaux, P. B. 2016. Annals of Physics 368, p.267-295 ().
59. BASSALO, J. M. F., da Silva, D. G., Nassar, A. B. and Cattani, M. 2012. The Feynman´s Propagators for Non-Linear Schrödinger´s Equations. Journal of Advanced Mathematics and Applications 1: 89-120 (USA).
Citações:
59.1. Nassar, A. B. and Miret-Artés, S. 2017. Bohm Mechanics, Open Quantum Systems and Continuous Measurements, Springer (USA).
58. Oliveira Filho, J. P. de, Cattani, M., BASSALO, J. M. F., and Souza, N. P. C. de 2012. Could positive adrenaline help to prevent psychosomatic illnesses?. International Research Journal of Biochemistry and Bioinformatics 2(10): 205-207.
57. Cattani, M. and BASSALO, J. M. F. 2012. Higgs Field, Higgs Mechanism and Boson of Higgs. http://publica-sbi.if.usp.br/PDFs/pd 1670 pdf. (12 March 2012).
56. Cattani, M. and BASSALO, J. M. F. 2011. Weak Interactions Generating Chiral Stability. http://publica-sbi.if.usp.br/PDFs/pd 1665 pdf. (15 August 2011).
55. BASSALO, J. M. F., Alencar, P. T. S., Silva, D. G. da, Nassar, A. B. and Cattani, M. 2010. The Quantum Wave Packet and the Feynman-de Broglie-Bohm Propagator of the Linearized Süssmann-Hasse-Albrecht-Kostin-Nassar Equation along a Classical Trajetory. arXiv:1101.0688v1 [quant-ph]. 4 January 2011.
54. Cattani, M. and BASSALO, J. M. F. 2010. Theoretical SAXS Analysis of Structures of Disordered Gold Polymer Thin Films. arXiv:1012.2687v1 [cond-mat]. 13 December 2010.
53. BASSALO, J. M. F., Alencar, P. T. S., Silva, D. G. da, Nassar, A. B. and Cattani, M. 2010. The Quantum Wave Packet and the Feynman-de Broglie-Bohm Propagator of the Linearized Schuch-Chung-Hartmann Equation along a Classical Trajetory. arXiv:1010.2640v1 [quant-ph]. 13 October 2010.
52. BASSALO, J. M. F., Alencar, P. T. S., Silva, D. G. da, Nassar, A. B. and Cattani, M. 2010. The Quantum Wave Packet and the Feynman-de Broglie-Bohm Propagator of the Linearized Kostin Equation along a Classical Trajetory. arXiv:1006.1868v1 [quant-ph]. 09 June 2010.
51. BASSALO, J. M. F., Alencar, P. T. S., Silva, D. G. da, Nassar, A. B. and Cattani, M. 2010. The Quantum Wave Packet and the Feynman-de Broglie-Bohm Propagator of the Schrödinger-Nassar Equation for an Extended Electron. arXiv:1004.1416v1 [quant-ph]. 10 April 2010.
50. BASSALO, J. M. F., Alencar, P. T. S., Silva, D. G. da, Nassar, A. B. and Cattani, M. 2010. The Feynman-de Broglie-Bohm Propagator for a Semiclassical Formulation of the Gross-Pitaevskii Equation. arXiv:1001.3384v1 [quant-ph]. 19 January 2010.
49. BASSALO, J. M. F., Alencar, P. T. S., Silva, D. G. da, Nassar, A. B. and Cattani, M. 2009. The Quantum Wave Packet of the Non-Linear Gross-Pitaevskii . arXiv:0910.5160v1 [quant-ph]. 27 October 2009.
48. Cattani, M. and BASSALO, J. M. F. 2009. Weak Interactions, Tunneling Racemization and Chiral Stability. arXiv:0910.4133v1 [quant-ph]. 21 October 2009.
47. BASSALO, J. M. F., Alencar, P. T. S., Silva, D. G. da, Nassar, A. B. and Cattani, M. 2009. The Quantum Wave Packet of the Schrödinger´s Equation for Continuous Measurements. arXiv:0905.4280v1 [quant-ph]. 26 May 2009.
46. Cattani, M. and BASSALO, J. M. F. 2009. Optical Activity of a Dilute Dielectric Medium: Pasteur and the Molecular Symmetries. arXiv:0904.2155v1 [quant-ph]. 15 April 2009.
45. BASSALO, J. M. F., Alencar, P. T. S. , Nassar, A. and Cattani, M. 2009. The Ramsauer-Towsend Effect and The de Broglie-Bohm Quantum Mechanics. arXiv:0904.1216v1 [quant-ph]. 07 April 2009.
44. Cattani, M. and BASSALO, J. M. F. 2009. Intermediate Statistics, Parastatistics, Fractionary Statistics and Gentileonic Statistics. arXiv:0903.4773 [math-ph].30 March 2009.
43. Cattani, M., BASSALO, J. M. F., Oliveira Filho, J. P. and Souza, N. P. C. 2009. Could Adrenaline Positive Help to Prevent Psychosomatic Illness? arXiv:0903.1275 [physics.med-ph]. 06 March 2009.
42.BASSALO, J. M. F., Alencar, P. T. S., Silva, D. G. da, Nassar, A. B. and Cattani, M. 2009. The Ermakov-Lewis Invariants of the Gross-Pitaevskii Equation. arXiv:0902.3125v1 [math-ph]. 18 Feb 2009.
41.BASSALO, J. M. F., Alencar, P. T. S., Silva, D. G. da, Nassar, A. B. and Cattani, M. 2009. The Ermakov-Lewis Invariants of the Schrödinger Equation for Continuous Measurement. arXiv:0902.2988v1 [quant-ph]. 17 Feb 2009.
40. Cattani, M. and BASSALO, J. M. F. 2006. Racemization, Chiral Stability and Weak Interactions. Journal of Quantitative Spectroscopy Radiative Transfer 102, p. 441-449. (Inglaterra)
Citações:
40.3. Isabel Gonzalo and Pedro Bargueño. 2011. Physical Chemistry,Chemical Physics 13, p.17130-17134 (USA).
40.2. Pedro Bargueño, Helen C. Peñate-Rodríguez, Isabel Gonzalo, Fernando Sols and Salvador Miret-Artés.. 2011. Chemical Physics Letters 516, p.29-34 (USA).
40.1. Agustian Joni, Kamaruddin Azlina Harun and Bhatia Subhash. 2010. Process Biochemistry 45, p.1587-1604, October (USA).
39. Cattani, M., Salvadori, M. C. and BASSALO, J. M. F. 2005. Surface-Induced Electrical Resistivity of Conducting thin Films. Surface Review and Letters 12(2), p. 221-226. (USA)
Citações:
39.1. K. Vagu, M. G. Krishua and K. A. Padmanabhan. 2011. Thin Solid Films 519, p.7702-7706 (Holanda).
38. Nassar, A. B., BASSALO, J. M. F., Alencar, P. T. S., Serra, V. F., Magno, F. N. B. and Cattani, M. 2004. New Boundary Conditions in Tunneling. Il Nuovo Cimento 119B, p. 319-330. (Itália)
37. BASSALO, J. M. F., Alencar, P. T. S., Costa, M. B. C., Nassar, A. B. and Cattani, M. S. D. 2003. Magnetic Suscetibility of Dissipative Systems. Il Nuovo Cimento 118B, p. 791-802. (Itália)
36. BASSALO, J. M. F., Nassar, A. B., Alencar, P. T. S., Souza, J. F de, Oliveira, J. E. de and Cattani, M. S. D. 2002. Gaussian Solitons in Nonlinear Schrödinger Equation. Il Nuovo Cimento 117B, p. 941-946. (Itália)
Citações:
36.1. Nassar, A. B. and Miret-Artés, S. 2017. Bohm Mechanics, Open Quantum Systems and Continuous Measurements, Springer (USA).
35. Nassar, A. B., BASSALO, J. M. F., Alencar, P. T. S., Lopes, J. L. M., Oliveira, J. I. F. de and Cattani, M. S. D. 2002. The Linear Potential Propagator via Wave Function Expansion. Brazilian Journal Physics 32, p. 812-814. (Brasil)
Citações:
35.1. Choi Jeong Ryeol, Yeon Kyu Hwang, Nahm in Hyun and Seok Seong Kim. 2009. Pramana-Journal of Physics 73, p.821-828, November (Índia).
34. Ferreira, C. A. S., Alencar, P. T. S. and BASSALO, J. M. F. 2002. Wave Functions of a Time-Dependent Harmonic Oscillator in a Static Magnetic Field. Physical Review A66, 024103-1:4. (USA)
Citações:
34.17. Aguiar, V. and Guedes, I. 2016. Journal of Mathematical Physics 57, Article Number , 092103, September (USA).
34.16. Ibarra-Sierra, V. G., Sandoval-Santana, J. C. , Cardoso, J. L. and Kunold, A. 2016. Journal of Mathematical Physics 57, Article Number 042104, (USA).
34.15. Ibarra-Sierra, V. G., Sandoval-Santana, J. C. , Cardoso, J. L. and Kunold, A. 2016. Annals of Physics 362, p.83-117 (USA).
34.14. Dey, S. and Fring, A. 2014. Physical Review D90, Article Number 084005, (USA).
34.14a. Lumb, S., Lumb, S. and Prasad, V. 2013. Journal of Modern Physics 4, p.1139-1148, August (USA).
34.13. Menouar, S, Maamache, M.and Choi, J. R. 2010. Annals of Physics 325, p.1708-1719, (USA).
34.12. Haas, F. 2010. Physica Scripta 81, Article Number: 025004, February (Países Nórdicos)
34.11. Maamache, M., Lahoulou, C. and Saadi, Y. 2009. Communications in Theoretical Physics 51, p. 803-810, May (USA).
34.10. Maamache, M., Chaabi, N. and Saadi, Y. 2009. Physica Scripta 79, Article Number: 015002, January (Países Nórdicos).
34.9. Bouguerra, Y., Bounames, A., Maameche, M. and Saadi, Y. 2008. Journal of Mathematical Physics 49, Article Number: 042107, April (USA)
34.8. Liu, Wensen S. and Wang, Jisuo S. 2007. Journal of Physics A-Mathematical and Theoretical 40, p. 1057-1063, February. (USA)
34.7. Bouguerra, Y.,Maamache, M. and Bounames, A. 2006. International Journal of Theoretical Physics 45, p. 1807-1813, September (USA)
34.6. Maamache, M., Bounames, A. and Ferkous, N.. 2006. Communications in Physical Review A73, Article Number: 016101, January. (USA)
34.5. Liang, M.-L. and Zhang, F. L.. 2006. Physica Scripta 73, p. 677-680, June (Países Nórdicos)
34.4. Maamache, M., Bounames, A. and Ferkous, N. 2006. Physical Review A73, Article Number: 016101, January (USA)
34.3. Liang, M.-L. and Liu, L. Y.. 2005. Communications in Theoretical Physics 43, p. 1027-1029, June (USA)
34.2. Liang, M.-L., Zhang, W.-Q. and Yuan, B. 2004. Acta Physica Polonica A105, p. 253-262, March (Polônia)
34.1. Liang, M.-L. and Zhang, W.-Q. 2003. International Journal of Theoretical Physics 42, p. 2881-2889, December (USA)
33. BASSALO, J. M. F., Alves, V. S., Ignácio, W. P., Nassar, A. B. and Cattani, M. S. D. 2001. Specific Heat of Dissipative Systems. Il Nuovo Cimento 116B, p. 427-439. (Itália)
32. BASSALO, J. M. F., Alves, V. S., Ignácio, W. P., Nassar, A. B. y Cattani, M. S. D. 2001. Calor Específico de los Sistemas Disipativos. ContactoS 39, p. 26-33. (México)
31. Cattani, M.and BASSALO, J. M. F. 2001. Tunneling Racemization in Dense Gases and Liquids. Journal of Quantitative Spectroscopy Radiative Transfer 69, p. 107-110. (Inglaterra)
Citações:
31.1. Blanco, C. and Hochberg, D. 2012. Physical Review A85, p. Article Number 022114. (USA)
30.Cattani, M. and BASSALO, J. M. F. 1999. On the Stability of Optical Activity:a Two-Level Approach. Journal of Quantitative Spectroscopy Radiative Transfer 61, p. 299-302. (Inglaterra)
29. BASSALO, J. M. F., Alencar, P. T. S. and Cattani, M. S. D. 1998. Equivalence among the Propagators of Three-Dimensional Time-Dependent Quadratic Systems and Free Particles. Il Nuovo Cimento 113B, p. 691-698. (Itália)
28. Cattani, M. and BASSALO, J. M. F. 1998. Weak Interactions and the Tunneling Racemization. Chirality 10, p. 519-521. (USA)
Citações:
28.3. Kaur, R. and Vikas. 2015. Journal of Chemical Physics 142, article number 074307. (USA)
28.2. Berger, R. 2003. Physical Chemistry Chemical Physics 5, p. 12-17. (Inglaterra)
28.1. Vardi, A. 2000. Journal of Chemical Physics 112, p. 8743-8746. (USA)
27. Cattani, M. and BASSALO, J. M. F. 1997. Weak Interactions and the Stability of Optical Activity: a Two-Level Approach. Il Nuovo Cimento 19D, p. 977-981. (Itália)
26. Nassar, A. B., BASSALO, J. M. F., Alencar, P. T. S., Cancela, L. S. G. and Cattani, M. 1997. Wave Propagator via Quantum Fluid Dynamics. Physical Review E56, p. 1230-1233. (USA)
Citações:
26.4. Nassar, A. B. and Miret-Artés, S. 2017. Bohm Mechanics, Open Quantum Systems and Continuous Measurements, Springer (USA).
26.3. Roumen Tsekov 2011. Physica Scripta 83, article number 035004. (March, )
26.2. Botelho, L. C. L. 2002. Il Nuovo Cimento 117B, p. 37-55. (Itália)
26.1. Botelho, L. C. L. and Silva, E. P. da 1998. Physical Review E58, p. 1141-1143. (USA)
25. BASSALO, J. M. F. 1996. Equivalence among the Propagators of Three-Dimensional Time-Dependent Quadratic Systems and Free Particles, by Solving the Schrödinger Equation. Il Nuovo Cimento 111B, p. 793-797. (Itália)
Citações:
25.2. Haddadan, F. K. P., Allender, D. W. and Zumer, S. 2001. Physical Review E64, 061701-1:6. (USA)
25.1. Grosche, C. and Steiner, F.1998. Handbook of Feynman Path Integrals, Springer Tracts in Modern Physics 145. (Alemanha)
24. Nassar, A. B., BASSALO, J. M. F. and Alencar, P. T. S. 1995. Dispersive Airy Packets. American Journal of Physics 63, p. 849-852. (USA)
Citações:
24.11. Nassar, A. B. and Miret-Artés, S. 2017. Bohm Mechanics, Open Quantum Systems and Continuous Measurements, Springer (USA).
24.10. Nassar, A.B. and Miret-Artes, S. 2015. Annals of Physics 348, p. 223-227, (USA)
24.9. Torre, A. 2012. Journal of Optics 14, Article Number 045704 (USA)
24.8. Torre, A. 2010. Optics Communications 283, p. 4146-4165 (USA)
24.7. Torre, A. 2010. Applied Physics B-Laser and Optics 99, p. 775-779 ( USA)
24.6. Torre, A. 2009. Journal of Optics A- Pure and Applied Physics 11, Article Number 125701 (USA)
24.5. Lekner, John 2009. European Journal of Physics 30, p. L43-L46 (UE)
24.4. Valle, O. and Soares, M. 2004. Airy Functions and Applications to Physics (USA)
24.3. Luan, P.-G. and Kao, Y.-M. 2002. arXiv:quant-ph/0203054 v.2, (USA)
24.2. Romer, R. H. 2001. American Journal of Physics 69, p. 632-633 (USA)
24.1. Unnikrishnan, K. and Rau, A. R. P. 1996. American Journal of Physics 64, p. 1034-1035 (USA)
23. BASSALO, J. M. F. 1995. Equivalence among the Propagators of Time-Dependent Quadratic Systems and Free Particles, by Solving the Schrödinger Equation. Il Nuovo Cimento 110B, p. 23-32. (Itália)
Citações:
23.4. Botelho, L. C. L. 2002. Modern Physics Letters B16, p. 793-806. (Singapura)
23.3. Botelho, L. C. L. 2001. Journal of Physics A: Mathematical. Nuclear and General 34, p. L131-L137. (Inglaterra)
23.2. Haddadan, F. K. P., Allender, D. W. and Zumer, S. 2001. Physical Review E64, 061701. (USA)
23.1. Znojil, M. 1996. Mathematical Review 9c-81.118, p. 1872. (USA)
22. BASSALO, J. M. F. e P. T. S. Alencar, P. T. S. 1993. Equivalência entre os Propagadores de Feynman para Sistemas Quadráticos Dependentes do Tempo e as Partículas Livres. Revista Brasileira de Ensino de Física 15, p. 28-33. (Brasil)
Citações:
22.1. Griem, H. R. 1997. Principles of Plasma Spectroscopy (Cambridge University Press), (USA)
21. BASSALO, J. M. F. and Cattani, M. 1993. Quantum-Mechanical Formulas for the Electron-Impact Widths and Shifts of Isolated Lines of Neutral Atoms and Ions in a Plasma. Journal of Quantitative Spectroscopy Radiative Transfer 50, p. 359-361. (Inglaterra)
20. BASSALO, J. M. F. e Alencar, P. T. S. 1992. O Propagador de Feynman para o Oscilador Bi-Dimensional em um Campo Magnético Variável. Revista Brasileira de Ensino de Física 14, p. 16-18. (Brasil)
19. Nassar, A. B., Botelho, L. C. L., BASSALO, J. M. F. and Alencar, P. T. S. 1990. Schwinger Action Principle, Eikonal Theory and Two-Time Rotation-Translation Coordinates. Physica Scripta 42, p. 9-13. (Países Nórdicos)
Citações:
19.6. Botelho, L. C. L. 2006. Methods of Bosonic Path Integrals Representations: Random Systems in Classical Physics. Nova Science Publishers, Inc., (New York, USA)
19.5. Boudjema-Bouloudenine, M., Boudjedaa and Makhlouf, A. 2006. European Physical Journal C 46,p. 807-816. (Europa)
19.4. Botelho, L. C. L. 2005. Modern Physics Letters B19, p. 3799-3823. (Singapura)
19.3. Botelho, L. C. L. 2002. Modern Physics Letters B16, p. 793-806. (Singapura)
19.2. Botelho, L. C. L. 2002. Il Nuovo Cimento B117, p. 37-55. (Itália)
19.1. Botelho, L. C. L. 1999. International Journal of Theoretical Physics B13, p. 1663-1674. (USA)
18. BASSALO, J. M. F. e Alencar, P. T. S. 1990. Um Método Alternativo para Calcular o Propagador de Feynman Exato do Oscilador Harmônico Forçado Dependente do Tempo. Ciência e Cultura 42, p. 192-193. (Brasil)
17. BASSALO, J. M. F., Botelho, L. C. L., Antunes Neto, H. S. and Alencar, P. T. S. 1989. Feynman’s Propagator for an Oscillator in a Changing Magnetic Field. Revista Brasileira de Física 19, p. 598-605. (Brasil)
Citações:
17.1. Bouguerra, Y.,Maamache, M. and Bounames, A. 2006. International Journal of Theoretical Physics 45, p. 1807-1813. (USA)
16. Nassar, A. B., BASSALO, J. M. F., Antunes Neto, H. S. and Alencar, P. T. S. 1988. On the Propagator Related to an Electron in a Random Potential. Journal of Physics A: Mathematical and General 21, p. L451-L454. (Inglaterra)
15. Nassar, A. B., BASSALO, J. M. F., Antunes Neto, H. S. and Alencar, P. T. S. 1986. On the use of Space-Time Transformation in Path-Integration. Journal of Physics A: Mathematical and General 19, p. L891-L893. (Inglaterra)
14. Nassar, A. B., BASSALO, J. M. F., Antunes Neto, H. S. and Alencar, P. T. S. 1986. Quantum-Mechanical Green’s Function and Nonlinear Superposition Law. Il Nuovo Cimento 93A, p. 195-204. (Itália)
13. Nassar, A. B., BASSALO, J. M. F. and Alencar, P. T. S. 1986. Nonlinear Superposition Law and Feynman Propagator. Physics Letters 113A, p. 365-369. (Holanda)
Citações:
13.15. Carinena, J. F. , Grabowski, J. and de Lucas, J. 2012. Journal of Physics A: Mathematics and Theoretical 45, Article Number 185202. (Inglaterra)
13.14. Tsekov, R. 2009. Physica Scripta 83, Article Number 035004 (Países Nórdicos)
13.13. Hass, F. 2010. Physica Scripta 81, Art. No. 025004 (Países Nórdicos)
13.12. Choi, J. R., Yeon, K. H. Nahm, I. H. and Kim, S. S. 2009. Prama-Journal of Physics 73, p. 821-828 (Índia)
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