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Does this mean we can make Banks Orbitals?
It is the size of the mesh opening which gives it certain properties and the absence of electrons which gives it other properties.
Engineering elements of nucleus into strings instead of clumping up.
"A passionate attachment of one nation for another produces a variety of evils. Sympathy for the favorite nation, facilitating the illusion of an imaginary common interest in cases where no real common interest exists, and infusing into one the enmities of the other, betrays the former into a participation in the quarrels and wars of the latter without adequate inducement or justification." ~George Washington Farewell Address
"The nation which indulges toward another habitual hatred or habitual fondness is in some degree a slave. It is a slave to its animosity or to its affection, either of which is sufficient to lead it astray from its duty and its interests." ~ George Washington
"Peace, commerce and honest friendship with all nations; entangling alliances with none." ~ Thomas Jefferson
Small sections of mesh would act like novel atoms.
Is there any theoretical research being done on if and how it would be possible to create these states?
Reflectivity: reflex nuclear most of the output of a nuclear power.
It can also handle radiation and heat.
Plus super strength armor thousands of times stronger than carbon nanotubes that would be resistant to nuclear bombs and regular bombs.
You would have to accelerate AB-matter at AB-matter armor.
But the defences only work if you can make a lot of it cheaply. Bolonkin has discussed doming cities with regular polymer and having pebbles on it so that missiles would hit and the kinetic energy would slam the pebbles onto the missile as it tried to penetrate.
Biotechnology and nanotechnology are inherently cheap. A state of the art biotech lab can be had for around $100,000. The apparatus and tools are also following a Moore's Law like progression that promise to make them far better and much cheaper. Thus, progress can be quite rapid in these fields.
I am coming to believe that nuclear science offers as much of a technology revolution as biotech and nanotech. The fact is we know very little about nuclear reactions and sub-atomic science at all. As this field becomes more researched, I expect to see developments such as transmutation of the elements on an industrial scale as well as developments like AB matter.
Basic nuclear transmutation is done already and doing it on a large scale is easier than commercial nuclear fusion.
http://nextbigfuture.com/2008/12/non-electric-u...
“Femtotech? (Sub)Nuclear Scale Engineering and Computation” http://bit.ly/GcNv4
Wiki: Limits to computation - http://bit.ly/RnfjX
Lloyd, Seth (2000). "Ultimate physical limits to computation" http://is.gd/Autf
"Universal Limits on Computation" Lawrence M. Krauss , Glenn D. Starkman (2004 ) http://is.gd/Auwo
Nature: Quantum hologram pushes back the limits of information density. http://bit.ly/2Zf1w8 (35 bits per electron)
Think of it as the spin ice creating a region with *simulated* monopoles.
Is there a web-link for their company and press-releases?
Sounds a bit like Pugno's "Einsteinon" which is hypothetical matter with a binding energy equal to its mass-energy.