Two professors and their research teams at the University of Kent in the UK have succeeded in discovering a new material that will revolutionize body armor and space travel. This material, obtained through synthetic biology, Collision resistant with very fast moving objects.

We don’t know what we’re thinking of when we say really fast, but let’s give an example: An average bullet travels at 3,000 km/h.. This new material has the ability to stop objects that can go much faster than it.

New material that can stop objects moving at 1.5 km per second: TSAM

This new material, which scientists call TSAM (Tallin Collision Avoidance Material), accelerates at a speed of 1.5 km per second. exactly 5,400 kilometers per hour (meaning supersonic speed) can go fast It can stop objects. In addition to being able to stop it, it is durable enough to prevent the object on which it is coated, i.e. protected, from deteriorating.

Professor Ben Goult, one of the producers of the material, explains the item as follows: “Our work on the talin protein, the cell’s natural shock absorber, has revealed that this molecule contains a series of key binary domains that open under tension and refold when the tension drops.

This response to force allows the talin protein to absorb molecular shocks.collision absorber) properties, which protect it from the effects of large force changes. When we polymerized talin into a TSAM, we discovered the shock-absorbing properties of the talin monomers that gave the material incredible properties.”

This material, discovered by scientists, could represent a breakthrough, especially in the body armor industry and in aerospace.