Development of the Extensive Quantum Theory and Its Applications in Biology,Chemistry and Physics

Abstract

Abstract: A new form ｒｎ＝ａｎ２ of the Titius-Bode law and corresponding astronomical quantum theory are applied to the outside planets except the solar system,and are extended to ten companion-galaxies of the galactic cluster.The anthropic principle is derived exactly.It is proved quantitatively that the structure of the solar system should be a symmetric mode of eight major planets.Furthermore,the extensive quantum theory,which has different quantum constants but similar formulations,is also are obtained.Using the geometric average,different values of the quantum constants may be derived for biological,chemical and physical discrete systems with different scales.For example,the quantum constant of man is １＝４．３７６　４×１０^５　kgm^２／sec,that of cell is ２＝６．７９３　３×１０^－８　kgm^２／sec,and that of macromolecule (i.e.,nanostructure) is ３＝８．４６４　２×１０^－１８　kgm^２／sec.The results are consistent with the duality in the superstring.

Key words: quantum theory, solar system, quantum constant, galaxy, cell, nanostructure

ZHANG Yi-Fang. Development of the Extensive Quantum Theory and Its Applications in Biology,Chemistry and Physics[J]. journal6, 2006, 27(5): 34-38.

References

[1] CHANG Yi-Fang.Development of Titius-Bode Rule and Cosmic Quantum Theory [J].Publ. Beijing Astron.Obs.,1990，16(16)：53.

[2] 张一方.Titius-Bode定则的发展,天体量子论和泛量子理论 [J].云南大学学报,1993，15(4)：297-303.

[3] CHANG Yi-Fang.Development of Titius-Bode Law and the Extensive Quantum Theory [J].Physics Essays,2002，15(2)：133-137.

[4] 聂清香,模拟量子理论探求行星距离规律之谜 [J].天文学报,1993，34(3)：333-340.

[5] AGNESE A G，FESTA R.Clues to Discretization on the Cosmic Scale [J].Phys.Lett.,1997，227：3-4,165-171.

[6] WOLSZCZAN A.Confirmation of Earth-Mass Planets Orbiting the Millisecond Pulsar PSRB1257+12 [J].Science,1994，264(5 158)：538-542.

[7] MAZEH T,LATHAM D W，STEFANIK R P.Spectroscopic Orbits for Three Binaries with Low-Mass Companions and the Distribution of Secondary Masses Near the Subs

tellar Limit [J].Astrophys.J.,1996，466(1)：415-426.

[8] MAYOR M,QUELOZ D.A Jupiter-Mass Companion to a Solar-Type Star [J].Nature,1995，378(6 555)：355-359.

[9] BEAULIEU J B,BENNETT D P,FOUQUE P,et al.Discovery of a Cool Planet of 5.5 Earth Masses Through Gravitational Microlensing [J].Nature，2006，439(7 075)：437-440.

[10] OKAMOTO Y K,KATAZA H,HONDA M,et al.An Early Extrasolar Planetary System Revealed by Planetesimal Belts in Beta Pictoris [J].Nature，2004，431(7 009)：660-663.

[11] CARR B J，REES M J.The Anthropic Principle and the Structure of the Physical World [J].Nature,1979，278：605-612.

[12] SZALAY A S，SCHRAMM D N.Are Galaxies More Strongly Correlated Than Clusters? [J].Nature,1985，314：718-719.

[13] MADDOX J.The Universe as a Fractal Structure [J].Nature,1987，329：195.

[14] KOGUT J B.An Introduction to Lattice Gauge Theory and Spin Systems [J].Rev. Mod. Phys.，1979，51(3)：659-713.

[15] KOGUT J B.Progress in Lattice Gauge Theory [J].Phys. Rep.，1980，67(1)：67-102.

[16] 张一方.粒子物理和相对论的新探索 [M].昆明：云南科技出版社，1989.

[17] 张一方.刘子华的木王星和太阳系的八大行星模式 [J].安阳大学学报，2004，3(1)：6-7.

[18] BERTOLDI F,ALTENHOFF W,WEISS A,et al.The Trans-Neptunian Object is Larger Than Pluto [J].Nature，2006，439：563-564.

[19] SHEPPARD S S.A Planet More,A Planet Less? [J].Nature，2006，439：541-542.

[20] CHANG Yi-Fang.The Mode of Eight Major Planets of the Solar System [J].Matter Regularity，2005,(5)：1.

[21] MATTHEWS R A J.Tumbling Toast,Murphy’s Law and the Fundamental Constants [J].Euro. J. Phys.，1995，16(4)：172-176.

[22] CHANG Yi-Fang.Experimental Tests of the Thought Field,the Extensive Quantum Theory and Quantum Teleportation [J].J. Relig. & Psychical Res.，2004，27(4)：190-199.

[23] 张一方.特异功能与生物意念场 [A].科学前沿中的疑难与展望 [C].长沙：湖南科学技术出版社，1988.357-365.

[24] CHANG Yi-Fang.Living Beings and the Thought Field [J].J. Relig. & Psychical Res.，2003，26(2)：98-102.

[25] SITKO S P，GIZHKO V V.Towards a Quantum Physics of the Living State [J].J. Biol. Phys.,1991，18(1)：1-10.

[26] WHITESIDES G M,MATHIAS J P，SETO C T.Molecular Self-Assembly and Nanochemistry:A Chemical Strategy for the Synthesis of Nanostructures [J].Science,1991，5 036(54)：1 312-1 319.

[27] ALIVISATOS A P,JOHNSSON K P,PENG X,et al.Organization of Nanocrystal Molecules Using DNA [J].Nature,1996，382：609-611.

[28] STUPP S I,LEBONHEUR V,WALKER K,et al.Supramolecular Materials:Self-Organized Nanostructure [J].Science,1997，276：384.

[29] ZHANG Yi-fang.Nonlinear Kinetic Theory and Pulse Interactions in Phase Transition [J].Journal of Wuhan University of Technology-Mater. Sci. Ed.，2003，18(2)：15-18.

[30] WITTEN E.Reflections on the Fate of Spacetime [J].Phys. Today,1996，49(4)：24-30.

[31] WITTEN E.Duality,Spacetime and Quantum Mechanics [J].Phys. Today,1997，50(5)：28-33.

[32] E·拉兹洛(著).钱兆华(译).微漪之塘 [M].北京：社会科学文献出版社，2001.