'Ice Age Mini' 15 years The sun will 'go to sleep'

According to experts, by 2030, the "sleeping" Sun will reduce the temperature across the Earth.

The next 15 years The sun will "go to sleep"

Many studies have warned that the Earth may face a new " Mini Ice Age" in the coming years because the Sun's waves are weaker. Therefore, the Sun will " go to sleep " in the next 15 years.

Picture 1 of 'Ice Age Mini' 15 years The sun will 'go to sleep'

The sun's activity cycle is 11 years. These black streaks will be most pronounced in 2013 - this is also the time when the Sun is the most active, after this time, black streaks begin to fade and the Sun is less active.

The weak working sun will reduce the temperature on Earth as it has in the past. From 1645 to 1715, almost no black streaks appeared around the Sun.

Therefore, during this period, Europe suffered from unusually harsh winters - and was called " Mini Ice Age".

Picture 2 of 'Ice Age Mini' 15 years The sun will 'go to sleep'
The image of the River Thames in London froze because the temperature dropped too low.

Specifically, in the winter of 1645, the River Thames in London was sometimes frozen because the temperature was too low. Some astronomers argue that this is the period of the ' oversleeping' and lasts until 1715.

Professor Valentina Zharkova presented her research at the National Astronomy Conference in Llandudno. Accordingly, Professor Zharkova and his colleagues observed and analyzed the data obtained from the solar field at the Solar Wilcox Observatory in California during the period of 1976-2008.

Picture 3 of 'Ice Age Mini' 15 years The sun will 'go to sleep'

In addition, experts predict the average number of sunspots - the strong sign of solar activity and the most accurate results.

" Predicting from the model shows that the Sun's energy activity will decrease by up to 60% in the 2030s, peaking in 2022. The Earth will experience a period of temperature, " the professor said. similar reduction when the Sun's weak activity and this process may be longer than the previous average. "