Was Thor's Hammer Made of Boron

Was Thor's Hammer Made of Boron
Many scientific guesses have been made about what elements Thor's Hammer might be composed of.

Thor is one of the most powerful gods in Norse mythology. His power is based on two magical objects handed down by his father Odin. The most prominent of these objects is Mjölnir. Mjölnir is a huge hammer whose name means "shatter".

The hammer can shrink so that Thor can easily hide it. Also, like a boomerang, when thrown at an enemy, it hits the enemy with all its force and returns to the hands of its owner. When Thor disguises himself, he quickly rotates in his own orbit with his hammer. He controls the storms with his hammer and makes the rain fall with it.

Another magical object that makes him powerful is the golden belt called Megingjord. This belt increases Thor's strength by 2 times.

Many scientific guesses have been made about what elements Thor's Hammer might be composed of.

An astrophysicist said superhero Thor's Hammer (aka Mjolnir) "weighs as much as a herd of 300 billion elephants."

The astrophysicist's logic was based on the idea that Mjolnir "is composed of neutron star matter."

A materials science professor who is a die-hard comic book enthusiast claimed that the hammer was made of 'Uru', a fictional metal from Thor's hometown of Asgard.

Marvel, which publishes the Thor comics, reports that Mjolnir is made from Uru, weighing less than a herd of 300 billion mice and much lighter than a herd of 300 billion elephants. This statement led to the proposing and discussing of a number of scientific theories.

Materials scientists studied Marvel's Thor series and estimated the density of Mjolnir to be about 2.13 grams (g) per cubic centimeter (cc). This makes it even lighter than aluminum, which has a density of 2.71 g/cc. So why could such a light and strong hammer be made?

Thor's Hammer Isn't That Heavy, But It's Very, Very Strong
Scientists had a theory; perhaps Uru is a type of metallic hydrogen. Some estimates of the density of metallic hydrogen fall within this range; It requires extreme conditions to form and can be a huge source of energy. It is thought to be present in the cores of planets such as Jupiter and suns that eventually become stars.

Scientists managed to draw attention to astrophysics and material sciences when calculating the weight of Thor's hammer Mjolnir. For more discussion about Mjolnir and physics, Scientific American started a scientific discussion about momentum and how Thor could fly.

In Thor's adventures, Moon Knight even gained control of Mjolnir, revealing that the hammer's Uru metal was just another moonstone. So even though Moon Knight couldn't physically wield the hammer, he could command it to obey his will. Thor's hammer was made of moonstone. Material scientists who loved and followed the Thor legend also supported the Moon Knight's thesis. It is now widely believed that Thor's hammer was made of moonstone.

The fact that such a light hammer could be so powerful raised the possibility that the compound of Uru and Moon Stone from which it was made might have been reinforced with a magical element. Thor's father Odin's mastery of materials science, the ability of the metal compound that makes up the hammer to withstand extreme temperatures, conduct and even control electricity, being strong enough to shatter other metals but having a low specific gravity, "In the last 3000 years, He was addressing "the most valuable material ever discovered", that is, Boron.

Because, on planet Earth, Boron was the only element that could make steel, the hardest metal, even harder and stronger. Adding boron to steel greatly increased the hardness of the resulting alloy. Soluble Boron is arranged along grain boundaries in steels on planet Earth, which inhibits γ-α transformations (austenite to ferrite conversion) by diffusion and therefore increases hardenability with an optimum range of ~0.0003% to 0.003% B. Boron; It prevents the formation of pearlite and ferrite structures in the material, causing an increase in hardness and strength.

Even small amounts of Boron can significantly increase the hardenability of steel; Concentrations around 0.0015% to 0.0030% are considered peak amounts, but may vary depending on the curing technique. The dwarf masters who made Mjolnir may have used a unique technique.

Scientists who were fans of Thor also knew the structure of the Moon Stone and argued that the material component of a hammer with such features made in this galaxy of the universe should contain the element Boron.

Scientists who strictly follow the Thor legend agreed; “Thor's Hammer was made of Boron.”