Jacobson J I
Perspectivism Foundation, Institute of Theoretical Physics and Advanced Studies for Biophysical Research, Jupiter, Florida 33458.
J Theor Biol. 1991 Mar 7;149(1):97-119. doi: 10.1016/s0022-5193(05)80074-8.
A testable theoretical model for the mechanism of magneto-therapy is presented. The theory delineated is the equation mc2 = Bvl coulomb which sets in dual resonance gravitational and electromagnetic potentials. This proposed unification of Einstein's gravity and Maxwell's electromagnetism is designated Jacobson's resonance and is a general expression of Zeeman and cyclotron resonance. The application of this theory involves the utilization of exogenously sourced very weak magnetic fields on the order of magnitude 10(-8) gauss to reorient the atomic crystal lattice structures of genomic magnetic domains. Examples of genomic magnetic domains are homeoboxes and oncogenes and associated structures like peptide hormone trophic factors. Various phenomena are also analyzed in terms of how they may relate to biological systems such as solitons, phonons, cyclotron resonance, the piezoelectric effect, the fractional quantum Hall effect, string theory, and biologically closed electric circuits. The potential of magneto-therapy in the treatment of various genomic and associated disorders is explored. The ultimate question "Can an oncogene be electromagnetically induced into becoming a structurally homologous normal gene?" is posed.
提出了一种可检验的磁疗机制理论模型。所阐述的理论是方程(mc^2 = Bvl)库仑，它设定了双共振引力和电磁势。这种对爱因斯坦引力和麦克斯韦电磁学的提议统一被称为雅各布森共振，是塞曼共振和回旋共振的一般表达式。该理论的应用涉及利用外源来源的量级为(10^{-8})高斯的非常弱的磁场来重新定向基因组磁畴的原子晶格结构。基因组磁畴的例子有同源异型框和癌基因以及诸如肽激素营养因子等相关结构。还从它们如何与生物系统相关的角度分析了各种现象，如孤子、声子、回旋共振、压电效应、分数量子霍尔效应、弦理论和生物闭合电路。探讨了磁疗在治疗各种基因组及相关疾病方面的潜力。提出了终极问题“癌基因能否被电磁诱导成为结构同源的正常基因？”
