Mumujianium

Mumujianium is a pinkish purple element. It is incredibly hard, despite its light weight. There are many isotopes of Mumujianium, some of which are great conductors of electricity, blockers of radiation and so on. Mumujianium is indestructible because it constantly emits thin a field that repels everything. The field is much much much stronger than the electron field most atoms have. That is why it is resistant to corrosion, melting, warping..... It also forms an unvigitillion bonds when it touches another Mumujianium atom.

Strangely, Mumujianium atoms are immune to the field. An atom can pass through the field and touch the atoms below, forming bonds.

What happens when two pieces of Mumujianium smash together?
When they smash together, all of the energy is released as a expanding white field that dissolves atoms into their elementary particles, all except for things hardened with Mumujianium. This destructive field is named a Chayron field.

How strong is Mumujianium?
First, Mumujianium is 100% resistant to corrosion. If it were put in acids or other liquids that normally corrode metals, it will come out fine. Since it can't corrode, there's no Mumujianium rust. Similar to gold, Mumujianium's field makes it highly inert.

Secondly, Mumujianium has a high melting point, a googleplex kelvin. So, you can throw it into any star and it will be fine. You may be wondering that since a googleplex degrees is hotter than, it can't be melted, right? Well, no because you just need the equal energy of one googleplex kelvin directly focused at the bonds of mumujianium. That being said, you still have to combat the field.

Finally, because of Mumujianium's special field, it is immune to being destroyed by black holes. Basically, when Mumujianium touches a black hole, the black hole gives way to the piece of Mumujianium surrounding it. Even if there was no field, Mumujianium's unvigitillion bonds will be strong enough to hold it together. As well as that, any ripped out Mumujianium atoms always to go back to their original place, as the energy lost from losing that many bonds so quickly creates an energy void which makes the atom go back to its original place. The energy void's pulling power is technically larger than ♾, so it will always repair itself.

The different types of Mu isotopes
The highest grade Mumujianium is mu0. It is by far the hardest of all of them.

Mu 234 is a great electrical conductor, even better than silver. It is speculated that it is because for every electron pumped into this isotope, one comes out almost instantly at the end. However, a true reason is unknown.

Mu237 is a great electrical insulator. Even a two atom thick layer can completely block all electrons.

Mu 250 is the second highest grade of Mumujianium. It is almost as hard as Mu0, but still not quite the same.

Mu 256 is a great radiation blocker. All other Mumujianium isotopes have around a 0.00000000000000000000059634% chance of letting beta or gamma or neutrons through, due to quantum tunneling. However, Mu 256 has a 0.00000000000000000000000000000000000000000000000000000000000000000000088726% chance of it getting through, which is a significant reduction.

Mu 264 is the third highest grade of Mumujianium, it is slightly softer than Mu 250.

Mu 304 is the middle grade of Mumujianium, it is slightly softer than Mu 264.

Mu 357 is the second to last grade of Mumujianium, it is slightly softer than Mu 304.

Mu 372 is the last grade of Mumujianium, it is slightly softer than Mu 304.

Applications
Due to its durability, Mumujianium is perfect for making practically anything, especially anything that wears components quickly. For example, gears that have huge amounts of load can be substituted with Mumujianium gears.

The property of the Chayronic Field can be used to create Mumujiamium bombs, where a lead shell encompasses a gun type setup: a Mumujianium "target" resides on one side, which is fixed in position. Then, a Mumujianium "Bullet" is added after a explosive material of choice, i.e. nuclear. The explosive part of the setup is then wrapped in a Mumujianium blanket, to contain the explosion. Slowed down step by step:
 * 1) The nuclear device is detonated.
 * 2) The Mumujianium surrounding the nuclear device contains the explosion.
 * 3) Since the explosion cannot move the Mumujianium around it, it is all directed to the "bullet"
 * 4) The bullet can move, and it accelerates towards the target"
 * 5) The "bullet" impacts on the "target", causing a chayronic explosion.
 * 6) The exterior lead plate fails as the charyonic explosion expands.
 * 7) The chayronic explosion completely consumes everything in a radius.

Another notable use is in circuits, as Mu234 has nearly no resistance, making low heat, highly efficient computers possible. Coupled with Mu327, incredibly small transistors and Mumujianium wires are possible.

Using the special field, it is possible to extract energy from the field and create movement.

Composition
Mumujianium has one unvigintillion light electrons, which are incredibly light, thus do not contribute much to the already small weight of Mumujianium. There is only one heavy proton, which is observed to have incredible strength in positive attraction. Finally, the neutrons vary with isotopes.