How Water Retains Information: a.k.a. ‘Water Memory’ | Chapter 9 | New Frontiers in Physical Science Research Vol. 8

 The affair of this phase concerns a great experimental controversy of past decades: claims that liquid water has ‘memory’. Here we disprove that claim by showing that, though water retains news about its earlier states; that should not be named a ‘memory’. Memory indicates that information is available expected recalled, that is ‘remembered’. Such is certainly not the case.Obviously, water cannot store digital facts; that would require a stable substrate that water cannot provide. Water’s tiny structure is doubtful; the make-up of individual fragments changes continuously as hydrogen bonds 'tween them rearrange themselves, uniformly shifting H-atoms from individual O-atom to another. Any ‘news retained’ in water must be stocked differently from Shannon facts; to call it a ‘memory’ would end in controlled rejection – and uprightly so!Certain eminent chemists have, however, argued that, if liquid water’s microstructure is involved, news retention might happen. This chapter shows by virtue of what it becomes attainable. The key is this: in contrast to additional substances, liquid water can be designated two kinds of deterioration. The first is classical, that is macroscopic, allure heat content; the second is quantum that is microscopic and calculated in conditions of microstates of water polymolecules.Comparing these two forms Method. Result: the first exerts limits on the second: numbers of polymolecule are so vast that quantity entropies tend to surpass heat entropies. But those cannot be exceeded. At some temperature, T, forms taken by polymolecules are limited. That restriction, IR(T), comprises an entirely novel form of facts, different from the earlier known four. Arising from restrictions on a variable’s range, it parallels Fisher Information. We have then proposed to name it, ‘Quantum Fisher Information’.Finally, four characteristics are derived that concur Homeopathy lore: reliance on a. initial synthetic; b. method of dilution, containing c. forced quivering; and d. temperature, a maximum.

Author(s) Details:

Alex Hankey,
Swami Vivekananda Yoga Anusandhana Samsthana, Eknath Bhavan, 19 Gavipuram Circle, Kempegowda Nagar, Bengaluru - 560019, India.

Please see the link here: https://stm.bookpi.org/NFPSR-V8/article/view/9774