Jacobson J I
Perspectivism Foundation, Institute of Theoretical Physics and Advanced Studies for Biophysical Research, Jupiter, Florida.
Panminerva Med. 1990 Jul-Sep;32(3):132-40.
Jacobson resonance sets in dual resonance electromagnetic interaction energies and gravitational potential. It states the equivalence mc2 = Bvl coulomb, where 1 is length of a biological string and v is the Galilean inertial velocity of said string through flux density B. The coulomb is a single unit of charge while c is the velocity of light. m is a quantum genetic or associated character contained as a ponderable body of mass within biological string. Jacobson resonance shows the possibility that within the framework of the human body physiological magnetic fields perhaps regulate crystalline lattices of critical molecules and, indeed, even deuterium atoms necessary for fusion; whereby the fusion process is thought to occur to promulgate physiological homeostasis via the production of energy in both chemical and physical processes. Said production of energy through the maintenance of crystalline lattice structure regulation may control growth, repair and aging. A clear model is given to explain how physiological magnetic fields function in multiple harmonic interactions, as well as how intrinsic biological electromagnetic fields (IBEMF's) are created by interaction of biological conductive string and the geomagnetic field.
雅各布森共振存在于双共振电磁相互作用能和引力势中。它指出等效关系mc² = Bvl库仑，其中l是生物弦的长度，v是该弦在磁通密度B中的伽利略惯性速度。库仑是电荷的单个单位，而c是光速。m是作为生物弦内有质量的可称量物体所含的量子遗传或相关特征。雅各布森共振表明，在人体生理磁场的框架内，有可能调节关键分子的晶格，甚至调节核聚变所需的氘原子；由此认为核聚变过程通过化学和物理过程中能量的产生来促进生理稳态。通过维持晶格结构调节产生的能量可能控制生长、修复和衰老。给出了一个清晰的模型来解释生理磁场如何在多重谐波相互作用中发挥作用，以及生物导电弦与地磁场的相互作用如何产生内在生物电磁场（IBEMF）。
