Although this assertion does't hold universally, there are indeed facets of the behavior of water that are not completely well understood. For example, there is some evidence that the conventionally assumed bond angle for the hydrogens does not always hold, and the Brown's gas people think there exists a special 'flattened' configuration for the H2O molecule. They think it stores extra energy.
Depending on how one defines 'memory', it may be that water can retain some past states, but the very nature of fluids kind of says that is not really common.
Given that quantum mechanics has some weird things to say about links between quantum objects, we may not be 100% sure. For example, if two water molecules have touched in the past, they retain a quantum link into the future. That could very well have an effect on on a molecule's behavior at a distance from another water molecule. This constitutes a kind of memory action.
Although this assertion does't hold universally, there are indeed facets of the behavior of water that are not completely well understood. For example, there is some evidence that the conventionally assumed bond angle for the hydrogens does not always hold, and the Brown's gas people think there exists a special 'flattened' configuration for the H2O molecule. They think it stores extra energy.
Depending on how one defines 'memory', it may be that water can retain some past states, but the very nature of fluids kind of says that is not really common.
Given that quantum mechanics has some weird things to say about links between quantum objects, we may not been 100% sure. For example, if two water molecules have touched in the past, they retain a quantum link into the future. That could very well have an effect on on a molecule's behavior at a distance from another water molecule. This constitutes a kind of memory action.
Although this assertion does't hold universally, there are indeed facets of the behavior of water that are not completely well understood. For example, there is some evidence that the conventionally assumed bond angle for the hydrogens does not always hold, and the Brown's gas people think there exists a special 'flattened' configuration for the H2O molecule.
Depending on how one defines 'memory', it may be that water can retain some past states, but the very nature of fluids kind of says that is not really common.
Given that quantum mechanics has some weird things to say about link between quantum objects, we may not been 100% sure. For example, if two water molecules have touched in the past, they retain a quantum link into the future. That could very well have an effect on on a molecule's behavior at a distance from another water molecule. This constitutes a kind of memory action.
Although this assertion does't hold universally, there are indeed facets of the behavior of water that are not completely well understood. For example, there is some evidence that the conventionally assumed bond angle for the hydrogens does not always hold, and the Brown's gas people think there exists a special 'flattened' configuration for the H2O molecule.
Depending on how one defines 'memory', it may be that water can retain some past states, but the very nature of fluids kind of says that is not really common.