A Robot Imitating 450 Million-Year-Old Marine Organisms Has Been Developed

In the world various organisms It continues to become extinct, but scientists are carrying out various studies to discover different organisms day by day. The last study conducted was 450 million years ago It brings an extinct organism to the present day.

Scientists, starfish And sea ​​urchins They brought an organism, including the human body, back to the present day in the form of a robot. This robot pleurocystitis It imitates the organism called and carries it to the present day.

It is believed that pleurocystids use their own muscular stalks to move.

Pleurocystids its skin is made of spines and its limbs are made of flexible muscles. They provide their movements with these spiny muscles. Since there is no living creature similar to this organism today, the findings show that it resembles a creature close to starfish and sea urchin.

The person who undertook this study Phil LeDuc And Carmel Majidi Two scientists named started research at Carnegie Mellon University. They conducted such a study to shed light on how extinct organisms moved and how the creatures included in these organisms survived until today.

The robot developed by Phil LeDuc and Carmel Majidi continues this process at Carnegie Mellon University.

The pleurocystid robot they are currently working on paleobionics is a part of it. To clone this extinct organism soft and flexible materials This robot used will illuminate many evolutionary processes It looks like.

Phil Leduc said the following about this robot they designed: “Bringing new life to something that existed nearly 500 million years ago is exciting in itself, but what really excites us about this breakthrough is how much we can learn from it. “We’re not just looking at fossils underground, we’re trying to better understand life by working with amazing paleontologists. “

As a result, this robot imitates creatures that became extinct in the past. many creatures in danger of extinction It gives hope for him to continue his life.