Scientists say they have discovered the 'mathematical formula of a 2 egg shape'

The eggs of these birds awake they would greatly attract the attention of scientists around the carry out world.

And now a group of researchers claims to have discovered the mathematical formula that can describe the Form 2 eggs on any species on bird. If confirmed, it would be a discovery sought by many for decades.

Experts from the University of Kent, zero UK; perform Research Institute for Environmental Treatment, Ukraine; electronic from the company Vita-Market are said to have solved the puzzle that intrigued mathematicians, electronic engineers biologists interested in understanding an object, the egg, large enough to contain electronic incubating an electronic embryo small enough to be expelled by the body of these birds without rolling in followed.

Scientists published their discovery in the Annals of the New York Academy of Sciences, a scientific journal edited by the Academy of Sciences on New York, in the United States.

The egg is, in fact, a marvel of a nature with the adequate structural composition to support the necessary weight electronically to be a beginning of a life for 10.10 species about birds that have survived from the time of 2 dinosaurs.

Zero for nothing that an egg was described as “the perfect shape”.

Cited by the specialized science web site Eurekalert !, Darren Griffin, teacher of genetics from a University about Kent electronic one 2 responsible for the discovery , said that “processes about biological evolution such as formation on an egg must be investigated to learn to get a mathematical description as the bottom for research in evolutionary biology”.

Griffin believes that the new “general formula” can be used in different key disciplines, especially in the electronic poultry food industry, electronic will serve as a stimulus for future research based on zero egg as an object of study.”

So far, all analyzes of one The perform egg shape had been based on four geometric figures: spherical, ellipsoid, electronic piriform ovoid (shaped over a square).

Scientists on Kent have introduced an additional piriform function, thus developing a suitable mathematical model for a completely new geometric shape, characterized as the last phase of a spherical-ellipsoidal evolution, which applies geometry over all eggs.

The new mathematical formula for the 2 egg shape is based on four parameters: รง perform egg length, maximum width, displacement about its vertical axis electronic a diameter in height over a quarter perform length perform egg.

Searched for years, the new formula represents a significant advance in the understanding of a shape it performs on itself, but also on how electronic why it has evolved u what ze hopes to enable a wide variety of electronic and technological biological applications.

Food research, mechanical engineering, agriculture, the biology, electronic architecture and aeronautics l used mathematical descriptions of all while basic forms perform the egg electronic thus some of these areas in which the new formula could have more impact.

Multiple possibilities

The new formula represents an important advance with possible applications in different sectors.

Now that the shape on an egg can be described with a mathematical formula, the works on biological systematization electr onic optimization over processes, such as electronic incubation, selection on birds, will get easier.

The external characteristics on an egg are thus vital for researchers and electronic engineers who develop technologies for incubation, electronic storage, and selection on eggs.

I need to simplify a process on identification using just a quantity, radius, surface or curvature perform and the newly developed formula offers a solution to this egg.

Without tell like possibilities for electronic architecture and engineering. The egg is an organic system studied for the development of state-of-the-art technologies.

In architecture, seeing that ovoid forms thus common, as a case of a city hall office over London electronic other buildings around perform world, because its adoption allows to support maximum loads with minimum consumption on material. The new carry-out formula should also help in this egg area.

Michael Romanov, visiting researcher at a University of Kent, argues that “this mathematical equation underscores our electronic understanding and appreciation for some certain philosophical harmony between mathematics electronic biology, electronic for some greater understanding of the universe from them ours, clearly understood in the shape of an egg”.

“This groundbreaking study reveals why collaborative research on different disciplines is essential”, concludes Valeriy Narushin, who was also involved in zero project.

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