OBJECTIVE: To review the progress the author has made over the past 5 years in understanding coherence effects in water and living systems using quantum mechanical models. BACKGROUND: The implications of existing theoretical work on water are discussed. METHODS: Available techniques for the measurement of frequencies imprinted in water are described or referenced. RESULTS: The importance of frequency is shown in respect of the understanding of the mechanisms of homeopathy, acupuncture and how bio-information may be stored in water and also in respect of chemical and electrical sensitivities or hypersensitivities; hypersensitivity being that degree of sensitivity that seriously interferes with normal functioning. CONCLUSION: Water and living systems have macroscopic quantum properties that can give rise to a memory for frequencies, long-range effects, and entanglement between separated systems.
OBJECTIVE: To review the progress the author has made over the past 5 years in understanding coherence effects in water and living systems using quantum mechanical models. BACKGROUND: The implications of existing theoretical work on water are discussed. METHODS: Available techniques for the measurement of frequencies imprinted in water are described or referenced. RESULTS: The importance of frequency is shown in respect of the understanding of the mechanisms of homeopathy, acupuncture and how bio-information may be stored in water and also in respect of chemical and electrical sensitivities or hypersensitivities; hypersensitivity being that degree of sensitivity that seriously interferes with normal functioning. CONCLUSION:Water and living systems have macroscopic quantum properties that can give rise to a memory for frequencies, long-range effects, and entanglement between separated systems.
Authors: Paolo Bellavite; Paolo Magnani; Elisabetta Zanolin; Anita Conforti Journal: Evid Based Complement Alternat Med Date: 2011-02-15 Impact factor: 2.629
Authors: Luís Carlos Matos; Jorge Pereira Machado; Fernando Jorge Monteiro; Henry Johannes Greten Journal: Int J Environ Res Public Health Date: 2021-06-13 Impact factor: 3.390