Bizarre fourth state of water discovered
_“You already know that water can have three states of matter: solid, liquid and gas. But scientists at the Oak Ridge National Lab (ORNL) have discovered that when it’s put under extreme pressure in small spaces, the life-giving liquid can exhibit a strange fourth state known as tunneling.
The water under question was found in super-small six-sided channels in the mineral beryl, which forms the basis for the gems aquamarine and emerald. The channels measure only about five atoms across and function basically as cages that can each trap one water molecule. What the researchers found was that in this incredibly tight space, the water molecule exhibited a characteristic usually only seen at the much smaller quantum level, called tunneling.
Basically, quantum tunneling means that a particle, or in this case a molecule, can overcome a barrier and be on both sides of it at once – or anywhere between. Think of rolling a ball down one side of a hill and up another. The second hill is the barrier and the ball would only have enough energy to climb it to the height from which it was originally dropped. If the second hill was taller, the ball wouldn’t be able to roll over it. That’s classical physics. Quantum physics and the concept of tunneling means the ball could jump to the other side of the hill with ease or even be found inside the hill – or on both sides of the hill at once.”_
The previous example of a stable virtual particle state is what inspired the concept of building a carbon nano-tube wafer seat designed to trap helium or other gases with super-fluid properties. I imagined that provided a similar particle seat for helium you might go on to design the wafer to provide an atom thick sheet of helium that when cooled might provide a stable internal voltage as found in experiments with particle sheets of super-fluids.
It does not seem a big question of getting trapped particles into nano-tube cavities specifically designed to trap them though that may be a question further addressed. The question is can the voltage generated in the super-fluid sheet be amped up and if so how? I have somewhat assumed that as virtual particles states are present in quantum tunnelling this may be taken advantage of and examined as an example virtual particle states as a whole.