The longest eclipse of the 21st century will be this 27th of July



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SANTA CRUZ DE TENERIFE, Spain – The longest lunar eclipse of the 21st century, with a total of 102 minutes, can be observed this 27th of July and the Institute of Astrophysics of the Canary Islands (IAC) , in the Spanish archipelago in the Atlantic) will broadcast live from Namibia via the channel sky-live.tv .

The live broadcast of this total lunar eclipse will be performed with the collaboration of the European project STARS4ALL and the HESS High Energy Observatory, the IAC informed Tuesday by a statement

Lunar eclipses occur when the Earth's satellite traverses the Earth's shadow, which does not happen every month, because the Moon's orbit is tilted relative to the Sun-Earth (ecliptic).

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Unlike solar eclipses, moles are visible Once the Moon is above from the horizon to the time of the eclipse, explained the Institute of Astrophysics of the Canary Islands.

On July 27 of this year, there will be a total lunar eclipse with the maximum centered in the Indian Ocean, according to data provided by NASA.

The entire eclipse phase will last 1 hour and 42 minutes, making it the longest of the 21st century, starting at 7:30 pm. The Moon will begin to eclipse (entering the Earth 's shadow) at 1824 GMT

It can be seen from South America, Europe, Africa, Africa, and other parts of the world. Asia and Oceania, and we can see that the Moon does not disappear but it acquires a reddish hue.

The Earth's atmosphere, which extends about 80 kilometers beyond the diameter of our planet, acts as a lens that diverts sunlight.

At the same time, blue components and allows s Or the red light that will be reflected by the satellite. Thus, the moon acquires the characteristic coppery radiance, adds the IAC

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Two years without total eclipses of Luna in Europe on July 27 will be able to attend the Red Moon, and will have to wait another six months to repeat the experiment, in January 2019, says in the statement Miquel Serra-Ricart, IAC astronomer

He added that in the Namibian direct darkness produced by the eclipse will discover only visible objects of the southern skies, such as clouds of Magellanic.

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