Month: September 2022

"OSMOTIC PRESSURE however, is also generated, without any solute, at hydrophilic surfaces and water-gas interfaces. This pressure may oppose gas exit from nanobubbles and so stabilise them." https://lnkd.in/ea8gE-n View in LinkedIn

"LIQUID WATER only behaves like most other liquids at very high temperatures (i.e. when superheated) but is strange and atypical at low temperatures. Overall, liquid water can be considered an intimate mixture of two miscible phases, one predominant at lower temperatures and the other predominant at higher temperatures." https://lnkd.in/ea8gE-n View in LinkedIn

THE CRAZY FRINGE has had an enormous negative impact on aspects of water research, and most serious academics climbing the ladder would not touch this subject with a barge pole. But some very senior scientists with tenure, who have nothing to loose, have given serious thought to some controversial topics. This is why tenure was created. View in LinkedIn

WATER MEMORY. Water (apparently) records and stores information from its environment through very stable water clusters, which effectively act as its memory cells, according to Emeritus Professor Martin Chaplin. https://lnkd.in/egbjRnv View in LinkedIn

WATER MEMORY. Perhaps this is the most controversial proposition in this field and clearly he has stuck his neck out by making comments about homeopathy. But beware of throwing out the baby with the bathwater, and look at the pedigree of the author. https://lnkd.in/egbjRnv View in LinkedIn

STABLE WATER CLUSTERS. "Evidence is mounting that water in living systems naturally gathers into frameworks of 14, 17, 21, 196, 280, or more molecules. Some say that the clusters' apparent existence necessitates redesigning simulation models of life processes." https://lnkd.in/eJcjvx8 View in LinkedIn

STABLE WATER CLUSTERS. "Support is growing behind the idea that these intricate structures play key roles in operations ranging from molecular binding to turning on and off basic cell processes." https://lnkd.in/eJcjvx8 View in LinkedIn

SLOW EQUILIBRIA. "There are numerous other examples of the slow equilibration of aqueous solution. Thus, it can take several days for the effects of the addition of salts to water to finally stop oscillating and such solutions are still changing after several months showing a large-scale (~100 nm) domain structure." https://lnkd.in/ejqzhbQ View in LinkedIn

"WATER RESTRUCTURING after infrared radiation persists for more than a day, and water photoluminescence changes over a period of days. Changes to the structure of water are reported to last for weeks following exposure to resonant RIC (resistance inductance capacitance) circuits." https://lnkd.in/ejqzhbQ View in LinkedIn

"CONDUCTIVITY oscillations (~0.5 Hz) at low concentrations of salts also show the weak tendency to equilibrium in such solutions." https://lnkd.in/ejqzhbQ View in LinkedIn