#strongest material

[ashutoshviramgama97]

Nuclear Pasta - 10 Billion Times Stronger Than Steel

Nuclear Pasta – 10 Billion Times Stronger Than Steel

Nuclear Pasta – What Is It?

orget the steel, forget the diamond and even forget the graphene, “nuclear pasta” can be the strongest material in the universe. A team of scientists has calculated the strength of the deep material inside the layer of neutrons and it is considered the strongest known material in the universe. Researchers successfully run the largest computer simulation organized by…

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[valosalo]

A scanning electron microscope image of limpet teeth.

Nature's Strongest-Known Material

[utilitymuffinresearchkitchen]

"In a research paper published recently on Arxiv, a team from Rice University laid out the molecular schematics for Carbyne, aka linear acetylenic carbon. A supermaterial first theorized in 1967, its legitimacy has been disputed for the last 40 years. This time around the team figured out how to successfully synthesize and stabilize it at room temperature.  "

This is a  biggy people.

[utilitymuffinresearchkitchen]

Graphene could be dethroned as strongest material

Able to withstand more force than a tank perched on a pinhead, meet carbyne.

[triviaproofing]

#153: “The strongest bone in the body, the thigh bone, is hollow. Ounce for ounce it has a greater pressure tolerance and bearing strength than a rod of equivalent size cast in solid steel.”

True.

Steel gets its strength from its density, but bone, even though it’s hollow, is still very strong. Bone can take tiny cracks, but it can still stay strong even while those cracks are healing.

[math-physics]

Research scientists at Columbia University’s Fu Foundation School of Engineering and Applied Science have achieved a breakthrough by proving that the carbon material graphene is the strongest material ever measured.

Graphene holds great promise for the development of nano-scale devices and equipment. It consists of a single layer of graphite atoms arranged in a hexagonal lattice, similar to a honeycomb. As a two-dimensional material, every atom is exposed to the surface. It forms the basis of graphite fibers used in tennis racquets and other durable products. When rolled, very useful tiny tubes called nanotubes can be fabricated.

[revolvingandevolving-blog]