Milgrom L R
Department of Chemistry, Imperial College of Science, Technology and Medicine, London, UK.
Forsch Komplementarmed Klass Naturheilkd. 2004 Aug;11(4):212-23. doi: 10.1159/000080557.
One of the principle obstacles to homeopathy's general acceptance has been its perceived lack of sound theoretical basis within accepted deterministic bio-medical thought. This impasse might be circumvented if instead, appeal was made to the nondeterministic concepts of the physical sciences, e.g., quantum theory and its notions of entanglement, nonlocality, and uncertainty; Weak Quantum Theory (WQT) and Patient-Practitioner-Remedy (PPR) Entanglement representing two new complementary strands of thought with the potential to create a new theoretical basis for homeopathy.
The goal of this present study was to generate a preliminary mathematical model of the action and reaction of the Vital Force to diseases and remedies within the developing contexts of WQT and PPR Entanglement, based on the metaphor of a hypothetical 'quantized' gyroscope as its physical representation.
The physics of gyroscopic motion was combined with the quantum theory describing rotating objects (without some of its imposed limitations, e.g., Planck's constant, in line with the relaxation of some of orthodox quantum theory's axioms as proposed by WQT). Thus, increase or decrease in the rate of spin of the Vital Force's hypothetical gyroscope was described in terms of quantized 'shift operators' constructed mathematically from the known 'complementarity' of a remedy's primary and secondary symptoms, expressed in the notation of complex numbers. Ultimately, this generates a hypothetical 'wave function' for the Vital Force.
This hypothetical 'wave function' has been used to illustrate certain empirical observations of homeopathy and conventional medicine, e.g., the biphasal action of remedies encapsulated in the Arndt-Schulz Law, Wilder's Law of Initial Value, and some of the results of homeopathic provings.
This preliminary theoretical analysis suggests that perhaps these less well-known empirical observations should be reinvestigated and, if confirmed, could begin ultimately to provide a much-needed alternative to the doubleblind placebo-controlled trial as a means of investigating and testing the efficacy of homeopathy.
顺势疗法被广泛接受的主要障碍之一,是在公认的确定性生物医学思维中,它被认为缺乏坚实的理论基础。如果转而诉诸物理科学的非确定性概念,例如量子理论及其纠缠、非局域性和不确定性的概念;弱量子理论(WQT)以及患者 - 从业者 - 药物(PPR)纠缠,这代表了两条新的互补性思维线索,有可能为顺势疗法创造一个新的理论基础,那么这个僵局或许可以被打破。
本研究的目标是,基于一个假设的“量子化”陀螺仪的隐喻作为其物理表示,在WQT和PPR纠缠的发展背景下,生成一个关于生命力对疾病和药物的作用与反应的初步数学模型。
陀螺仪运动的物理学与描述旋转物体的量子理论相结合(去除了一些强加的限制,例如普朗克常数,这与WQT提出的对一些正统量子理论公理的放宽一致)。因此,生命力假设陀螺仪的自旋速率的增加或减少,是根据从药物的主要和次要症状的已知“互补性”以复数形式表示而数学构建的量子化“位移算符”来描述的。最终,这为生命力生成了一个假设的“波函数”。
这个假设的“波函数”已被用于阐释顺势疗法和传统医学的某些实证观察结果,例如阿恩特 - 舒尔茨定律中封装的药物的双相作用、怀尔德初始值定律以及顺势疗法验证的一些结果。
这一初步理论分析表明,或许这些不太知名的实证观察结果应该重新进行研究,如果得到证实,最终可能开始为双盲安慰剂对照试验提供一种急需的替代方法,作为研究和测试顺势疗法疗效的手段。