Houses made from coconut will help people reduce concerns about natural disasters

The world in general and the Japanese in particular will certainly be extremely happy with the birth of such important scientific discoveries.

Scientists now have been exploiting and taking advantage of great benefits from . coconut fruits to build and build the world to become more comprehensive and better. It may sound confusing, especially for a fruit that doesn't have much use in relation to the scientific aspect. But the key issue was unexpectedly revealed.

In general, coconuts are so structured and made of extremely persistent material , that if dropped at a height of up to 30 meters, the Earth's inherent gravitational acceleration is not enough to make class. shell broken. On the other hand, the human body is the opposite, without such features that are so resilient. In an era when natural disasters such as earthquakes, mountain sands and other types frequently occur, we only have to inherit a bit of the coconut's genes, contributing to increase survival and survive if unfortunately being in a dangerous situation.

Coconut is a fruit with a texture and is made of extremely solid material.

Luckily and unexpectedly, researchers from the Department of Plant Biology at the University of Freiburg are urgently completing the work of exploiting the "genetic gene" of the coconut, then applying it to the project. Constructed to create many new structures that are more robust and stable than ever.

Last week, during the annual recurring conference for Experimental Biology, the team officially announced its unique method, using knowledge and data on physical impact. as well as compression and compression techniques to go further on the way to find answers to the question of why the force is effectively suppressed by coconut shell.

In the process, they discovered the key lies in the inner crust , which is composed of woodized cells, arranged in a special interwoven form, which plays a very important role in dispersing. External forces in many directions, are no longer a threat to the whole because very few cracks are created after that. The coconut is still unharmed.

Commenting on the study, scientist Stefanie Schmier also explained, supporting the viewpoint of the team responsible for the original. Based on the "combination of the ability to disperse the force of impact together with the light structure will optimize the protection while minimizing the risk of disaster impact ", it seems in the future we will live in houses with a structure and shape similar to that of a coconut - like an octopus "ahead of time" below.

Unique house hidden under the sea.