@XtarsAgency yeah i took the name from that... i started to use random things into a name

This plane literally means "Staple WOOD" in Frisian language

@Allegro369 sometimes... But some can last millions of years and some can last tens pf years

@XtarsAgency will it last forever like other metals?

@Allegro369 look up island of stability of elements, pick a number somewhere around there and you get yourself a nice element

@XtarsAgency *sigh Ok lemme explain this in a nutshell... Meganium (Ma) is a unique metal found in the asteroid belts of the Zon solar system which is a small A type main sequence star and sometimes hit planets and mined by humans. Meganium has a characteristic of being 3x harder and 2x lighter than Iron (Fe²⁶). It can also be mixed with glass resulting a bulletproof yet lightweight glass. So where could this element fit in the periodic table??

@Allegro369 just say its element 156-208 everyone will be happy because... Islad of stabi-

@XtarsAgency No, Zon is a small A type main sequence star aged around 5 billion years slightly bigger than the Sun. But your explanation is correct. Maybe i'll try rearrange the periodic table in such way that Meganium fits between number 30-50 idk if that is possible considering other elements already exist with those numbers...

@Allegro369 no its not possible. Okay, ~its time for nuclear Physics~
A star works by a nuclear fusion of hydrogen to helium, depending on what the Zon star type is, lets just say the biggest one, O Type star. And O type star is a massive star with extremely high mass but short life such like R134A.
This star is so massive that fusion of hydrogen to helium is extremely fast and causes the age of the star decreases from exhaustion, the hydrogen moves up the star into a shell where it fuses to helium then, helium is inert but with the extreme temp and pressure causes the helium to fuse into oxygen, then neon then argon and then IRON. Iron is not good for stars as it REQUIRES power to fuse but releases less power, we call this Unsurplus fusion, iron which is stable cannot fuse, but if it can its extremely hard, the iron doesnt release energy and so the core which is now overwhelmed by gravity causes the core to collapse in on itself known as Implosion. This causes the core to form a proto neutron star then finnally. ~Even Crazier Space Dust~ aka supernova
A star can only fuse to iron not uranium, rubidium, or even aluminium. Most stars usually ends at helium fusion which causes, like our sun, in the end expanding then pulsating and leaving a tiny celestial remnant named a white dwarf. Its impossible to star to generate some sort of radiation you said because this is impossible, there is no spectrum of wave to forcibly fuse atoms together and turn it into el119 and keeping it from constantly decaying within miliseconds. Also gamma rays instead DESTROYS atoms, thats how a breeding reactor works, just bombard it with gamma rays and neutron rads and you get yourself some beryllium 5.
Overall its impossible to go further than el 119 even with sophisticated tech because we cannot counteract its natural decay. Except again, ISLAND OF STABILTY

@XtarsAgency what if the Zon main star emits some sort of a different type of radiation that can help forming the Meganium in space? Can it be possible??

@Allegro369 element 119 or in real life known as ununenium, god i almost said yomamanium is extremely low half life of only a few milliseconds, this low half life resulted in a harf detection of the matter, one thing is the island of stability of elements ranging from 156-208 neutron-protons. The reason for the extremely high decay is Because the elements "Strong nuclear force" thats keeping atoms together is weak because it exists at extremely close range in between atoms, and the natural electromagnetic repulsion of the atom aka repulsion of protons with protons due to their positively charged particles, just like how a north pole of a magnet repels the other north.
Also if meganium is an element of 119, its either controlled by a extremely high magnet pushing them together to repel their natural decay or cooling them to super cold temprature to prevent any forms of movement to cause a proton to release from the atom or the neutrons

.
Facts: Protons has a positive charge, neutrons has a neutral charge, electrons has a negative charge. Meganium is possibly made out of 117 protons and 119 neutrons, the size of the nuclei can result in the matter starting to release protons and neutrons in the form of Beta decay, this beta decay can result it being a lower tier material such as: Meganium->oganesson->tennessine->plutonium 158-> Radon132-> uranium-> radium 98. The beta decay for such heavy materials is probably extremely fast, and the only reason it can exists for more time is if it belongs in the island of stability of matter which are a region in the periodic table where superheavy matters can exist there and not instantly or more like fastly decays into lower elements, the island of stability is unknown yet but matters ranging from156-208 can exist for some time like 82 years or 13 years depending on the matter.
.
Meganium could be a gas or a solid at normal temprature (22C°) Its going to be colorless and odorless, also meganium id not capable of being from space due to the impossibility of a random particle accelerator shooting impossibility heavy materials that is clumped like a meteor at earth with the time stamp of atleast 6m years depending on how far is it from earth, its orbital period, its velocity and trajectory.
Overall this element cannot exist. But the island of stability helps

@XtarsAgency You remember that Meganium MA¹¹⁹, that strange metal found mostly in Elbonia that i posted on that King's car? Let me explain, Meganium (element code MA¹¹⁹) is a metal found mostly in asteroid belts of the Zon solar system. Yes, we discovered the 119th element and it's very common! Some of them fell into the planet's atmosphere and be mined. Meganium is currently found in mid-outer habitable planets such as Gastai-I, Saerth, Sartnes, Selkaa, Lopianert, Whoboria, Woechloelea, Willfore, Whomielle, and Thyke with the largest amount of Meganium concentrated in the Saerthian Elbonia (Elbonia on Saerth), and parts of Sartnes. Meganium is unique, while it is 2x lighter than Iron (Fe²⁶), cast iron and rolled steel, it is 3x harder/denser than them. Other than that, it could be mixed with glass or silica or sillicate idk whatever. This type of glass is very bulletproof but also lightweight. Light and hard metal armour, lightweight bulletproof glass, you know what will they use it for lah. Because of this, Elbonians have an advantage on armour platings. That's why Elbonian tanks have a relatively thin armour platings and their armoured vehicles have a very strong bulletproof glass. This won't work for the enemies on Earth to copy their blueprints cuz 100mm in Ma¹¹⁹ is like 175mm on steel (Not only that, Elbonian security is a beast so don't try to steal their tanks from them you can't have an inside guy anyways cuz Elbonians are very loyal to their country). Since Normania is the ally of Elbonia, we also use Meganium for some of our tanks and the others use Platinum-Gold alloys (harder than a diamond but heavy). Normania have been planning to mine the asteroid belt since the cold war and succeeded to mine one on the Sun solar system (made USA go broke cuz they wanna keep up but can't). Since then, Normania is the 2nd largest Meganium producer in the Zon solar system after Elbonia. Elbonia mined the belt too but in larger quantities don't worry, even if we use 100% of our effort to mine them nonstop it'll take 927 million years to completely deplete them. USA want's to mine them but the game says "Level not enough. Current level: 200. Required level: 467." I don't wanna explain them in detail on how this work, just overalls.

• Real human

On god fr GLASS WINGS? aint even nobody uses that sh8 for wings, (gets high pitched) because of their high density, also glass is very fragile towards bullets and high speeds because of their low pressure resistance, bullet proof glass works but its a lot more heavier and capable of blocling bullets but its high mass and density means it cannot be used as an aerodynamic piece because it is fragile and heavy.

Pressurized glass doesnt exists but whats close to your question is tempered glass, its a little bit stronger han glass but also its more dense and so its going to be more heavier and in turn not a great thing to use as airplanes.

Overall glass wings is not great and can cause dangerous shards of destroyed, and needs high maintenance to ensure cracks doesnt evolve. When fliying also can cause heat to build up in the glass and cracking it, and destroying the plane upon flight

-chatgpt

Where commentssss???