Scientists at ORNL have discovered a brand new state of the ordinary and humble water molecule that simply defies definition.
Certain techniques of computer simulation and neutron manipulation cause water molecules to display an extreme state that was hitherto unknown.
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This neither matches the solid, liquid or gaseous states of water that we know of so far in the evolution of our knowledge base. These water molecules are under conditions of extreme isolation.
The research was published in a journal and it points in new directions as far as physics and chemistry are concerned. The tunneling of these water molecules is such that they are stuck in hexagon-shaped super-small channels.
These are 5 angstroms in their diameter and are composed of the mineral beryl. An angstrom happens to be very small indeed.
This research was carried out by dignified scientists at ORNL. The provenance was the UK. Water takes up new states and traits in rocks, soil and the outer walls of cells.
This can have interesting outcomes which are being currently studied on an extensive basis. At freezing temperatures, water displays a sort of bizarre quantum motion. This doesn’t normally occur at the macrolevel stage that is the ordinary day-to-day world.
The oxygen and hydrogen that constitute the water molecule become delocalized thanks to this scheme of things. Thus they are to be found in all six of the hexagon-shaped channels.
This phenomenon has not been hotherto found in today’s world. It is a completely novel experience for the experts who are baffled beyond words.
In confined states such as during diffusion or transport in cell walls, water displays such strange and weird behavior. Also in carbon nanotubes, certain minerals and grain barriers this selfsame phenomenon is to be found.
This study will ignite a spark in the field of materials science. Experts from across various fields of endeavor will cooperate in order to learn more about this scheme of things.
The behavior of water, which is a universal solvent, as well as its properties under certain extreme conditions such as its many energy reactions will elucidate the nature of most physico-chemical interactions on the molecular level.
The motion of water at absolute zero is the question at stake. Water moves 30% less in such a state. It also shows erratic reactivity. Such experiments are at the leading edge of science and technology and will lead us into a new era of plenty and prosperity.
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This paper got published in Physical Review Letters.