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Water can remain liquid below zero degrees Celsius. It is called supercooled water and is present in refrigerators. At even smaller temperatures, supercooled water could exist as a cocktail of two distinct liquids. Unfortunately, the presence of ice often prevents us from observing this phenomenon. (1)

Water has got super high surface tension and apparently, if it gets cold enough fast enough, it might have two different kinds of liquid form, with a phase transition (i.e. the threshold between liquid water and supercooled water) somewhere around 228 kelvin (-49° F). But, for now, that’s just a theory. The problem is that it is tough to get enough of this supercooled liquid water together to examine it with any precision. In fact, scientists refer to liquid water below 232 K (-42° F) as a “no-man’s land,” because it’s so hard to get there. (2)

Neuron connections… Not so important?

Now physicists had the idea of replicating the tetrahedral shape of water molecules using DNA as a scaffold to create tetrahedral molecules and thus removing the interference of ice formation. The researchers confirmed previously published ideas suggesting that it is the structure of the monomers and their network which makes it theoretically possible to have a dual liquid phase (one with high-density and one with low-density liquid) if the resulting lattice is sufficiently empty to allow for partial interpenetration of molecules and sufficiently flexible to avoid crystallization into ice. (3)

Embryos. Rosette. Flowers.

Given the right conditions everything can exceed its current limitations.

However, it can never be “something else”.

Supercooled water is still… water. No matter the state it is in.

Can we change water?

Can we make water something else?

Drink the water.

Transform it into a man.

Can we change the cosmos?

Learning, DSB, DNA...

Pure water in it.

Make life.

Make a man.

Talking non-sense in the summer breeze.

Super cooled. Super warm inside…