Tag: Materials science

Across countless applications, from critical medical devices to industrial fluid handling, tubing is an essential component. Understanding **what are the three types of tubing?** based on material is fundamental for making the right choice for performance, durability, and safety.

By one measure, a humble dung beetle is considered the strongest creature on Earth relative to its body weight, capable of pulling over 1,141 times its own mass. When asking which thing is the strongest, the answer depends entirely on how 'strong' is defined—whether by physical properties, forces of nature, or even mental resilience.

While steel has long been the standard for medical cutting tools, research reveals that some materials can produce a far sharper edge, though often at the cost of durability. This quest for the perfect edge leads to the question: What is the sharpest scalpel in the world?

For most materials, a rise in temperature causes a decrease in elasticity. Understanding how does heat affect elasticity is essential for everything from engineering high-performance composites to comprehending changes in your own body's connective tissues.

In materials science, a perfect crystal lattice is the ideal, but defects are common. We explore the antiphase defect, a structural flaw where atomic order is reversed, and its potential implications for understanding biological conditions.