Neutronium, sometimes called neutron degenerate matter, is extremely dense material that makes up the interior of a neutron star. It is composed entirely of neutrons and is so dense that a spoonful would weigh as much as a mountain. Most models suggest neutronium is a fluid.
A Newtonian fluid is on in which strain is directly proportional to stress and stress does not change the viscosity.
A banana has the greater mass of the two, unless the thumbtack is made of something extremely dense, like neutronium.
The hated fluid and the fluid around it will go to room temperature
Fluid flows because it isn't a solid. you can't control fluid ,where it goes, what it does. Fluid is slippery too.
The pressure that a fluid exerts depends on the density and the depth of the fluid.
1-(one) imperial fluid ounce is = to 8-(eight) imperial fluid drams. AS is the same in US fluid Ounces and Drams.
The Neutronium Alchemist has 1290 pages.
The Neutronium Alchemist was created on 1997-10-20.
exactly the same
Neutronium
Neutronium, hyper-dense atomic nuclear material stripped of all electrons.
Neutronium. The substance of a Neutron star.
A banana has the greater mass of the two, unless the thumbtack is made of something extremely dense, like neutronium.
Neutronium is quite difficult to compress, but Black Holes are even more compressive. In the laboratory, most solids fit the bill.
That would be a solid. Solids expand and contract with temperature. The only thing that doesn't change with temperature would be degenerate matter such as neutronium.
Neutronium, hyper-dense atomic nuclear material stripped of all electrons.
The fact that it's not made of neutronium?I'm really not sure what your point is here. Newborn babies do have large and heavy heads relative to their size when compared to adults.
Plasma Gas Liquid Solid Super Solid Super liquid neutronium singularity (may be some quantum state we don't know about yet) Dark Matter (Theoretical) Neutrinos Electrons Protons (Hydrogen ion)