Scientific Reviews and Chemical Communications
ISSN: 2277-2669

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Water Memory Study

Hydrogen bonds are genuine attractions between the hydrogen particles in a single water particle and the oxygen iotas in that atom's neighbors. (A water particle has two hydrogen molecules and one oxygen iota.) These bonds represent numerous unusual highlights of water, including the crystalline structure of ice that makes it extend and drift on fluid water. In any case, May Nyman, a science educator at Oregon State University, disclosed to Live Science that the entire thought of "water memory" doesn't bode well. "I don't have faith in water memory, since water atoms move. They're continually turning regarding one another, shaping hydrogen bonds, breaking hydrogen bonds," Nyman said. At the end of the day, there's no structure in an answer of fluid water changeless enough to represent any drawn out memory, she said.

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