Valentina Zharkova
Note: The above word button takes you to Valentina Zharkova. However, this cannot be the same professor Zharkova I saw talking about this in Russian. She didn't even speak in English at all and is 20 to 30 years younger with long blonde hair and slim. The one talking about this on video isn't above 35 and this Valentina Zharkova is definitely over 50 with white short hair. It is possible the two are related somehow but that might be it. So, the news people have really screwed the research on all this up. Why?
Also, the word button above refers to a mathematics professor whereas the younger Zharkova professor is a Solar Scientist by profession and is a professor of this in Russia somewhere.
There is one other possibility: Maybe the mathematics professor is a relative of the younger one and is sponsoring this information in the Western World outside of Russia?
Also, a Maunder minimum is thought to begin between now and 2030 and continue until at least 2053. So, if you study the "little Ice Age" you might get an inkling of what might be coming now.
Little Ice Age - Wikipedia
https://en.wikipedia.org/wiki/Little_Ice_Age
During the period 1645–1715, in the middle of the Little Ice Age,
there was a period of low solar activity known as the Maunder Minimum.
The Spörer Minimum has also been identified with a significant cooling
period between 1460 and 1550.
Little Ice Age (LIA) | geochronology | Britannica.com
https://www.britannica.com/science/Little-Ice-Age
Two periods of unusually low sunspot activity are known to have occurred within the Little Ice Age
period: the Spörer Minimum (1450–1540) and the Maunder Minimum
(1645–1715). Both solar minimums coincided with the coldest years of the
Little Ice Age in parts of Europe.
What ended the Little Ice Age? - Skeptical Science
https://www.skepticalscience.com/coming-out-of-little-ice-age.htm
begin quote from:
MINI ICE AGE FEARS: No solar activity for TWO WEEKS sparks ...
www.express.co.uk › News › Science
Mar 24, 2017 - Scientists had not anticipated the next solar minimum until around 2020. If it has ... it led to a 'mini ice-age', scientifically known as the Maunder minimum. ... Earth heading for another ICE AGE: Scientists expect big freeze as .
Life threatening 'mini ice-age' predicted to hit Britain from 2017 | UK ...
www.express.co.uk › News › UK
Aug 13, 2016 - Experts believe the UK could be in for a big freeze within the next few years ... It is predicted the next Maunder minimum could begin next year ...
There Probably Won't Be A “Mini Ice Age” In 15 Years | IFLScience
www.iflscience.com/environment/mini-ice-age-not-reason-ignore-global-warming/
Zharkova compared the Maunder Minimum with the one that her team predicted to occur around 15 years into the future. The next minimum will likely be a little ...
'Winter Is Coming' Warns The Solar Physicist The Alarmists Tried To ...
www.breitbart.com/.../winter-is-coming-warns-the-solar-physicist-the-alarmists-tried-t...
Aug 12, 2016 - We will see it from 2020 to 2053, when the three next cycles will be very reduced ... And this will be a similar conditions like in Maunder Minimum. ... has also predicted an imminent solar minimum as the world finds itself in the ...
12:45 PM | Weakest solar cycle in more than a century now heading ...
https://www.vencoreweather.com/.../1245-pm-weakest-solar-cycle-in-more-than-a-ce...
There Probably Won't Be A “Mini Ice Age” In 15 Years
Advertisment
Since our article
yesterday about how reduced solar activity could lead to the next
little ice age, IFLScience has spoken to the researcher who started the
furor: Valentina Zharkova. She announced the findings from her team's research on solar activity last week at the Royal Astronomical Society.
She noted that her team didn't realize how much of an impact their
research would have on the media, and that it was journalists (including
ourselves) who picked up on the possible impact on the
climate. However, Zharkova says that this is not a reason to dismiss
this research or the predictions about the environment.
“We didn't mention anything about the weather change, but I would have to agree that possibly you can expect it,” she informed IFLScience.
The future predicted activity of the Sun has been likened to
the Maunder Minimum. This was a period when the Sun entered an
especially inactive period, producing fewer sunspots than usual. This
minimum happened at the same time that conditions in Northern America
and Europe went unusually icy and cold, a period of time known as the
“little ice age.”
The previous Maunder Minimum occurred in the 17th century and lasted between 50 and 60 years. During this time, winters were colder: for example the River Thames, which usually flows through London, notoriously froze over. The ice was so thick that people could walk from one side to the other. However, the citizens that lived in freezing, 17th century Europe survived these cold winters, and they didn't have the heating technology that we are fortunate enough to have today. If the next solar activity minimum does affect the weather on Earth, it will not be deadly for the human race.
Zharkova compared the Maunder Minimum with the one that her team predicted to occur around 15 years into the future. The next minimum will likely be a little bit shorter than the one in the 17th century, only lasting a maximum of three solar cycles (around 30 years).
The conditions during this next predicted minimum will still be chilly: “It will be cold, but it will not be this ice age when everything is freezing like in the Hollywood films,” Zharkova chuckled.
The predictions that Zharkova announced came from a mathematical program that analyzed data from the Sun. The team decided that they wanted to monitor the Sun's background magnetic field (which governs solar features like sunspots). You can see the team's data for cycles 21–23 published in The Astrophysical Journal.
After analyzing the solar data with their model, Zharkova's team noticed something that no one had ever expected before: that the Sun produces the magnetic waves in pairs. Previously everyone had thought that there was only a single source of magnetic waves in the Sun, but the evidence suggested two sources. The team used these observations to predict how the Sun's magnetic field would change in the future. “This is where we predicted this new Maunder minima,” Zharkova added.
She commented on how the changes in the Sun are likely to affect the Earth's environment. “During the minimum, the intensity of solar radiation will be reduced dramatically. So we will have less heat coming into the atmosphere, which will reduce the temperature.”
However, Zharkova ends with a word of warning: not about the cold but about humanity's attitude toward the environment during the minimum. We must not ignore the effects of global warming and assume that it isn't happening. “The Sun buys us time to stop these carbon emissions,” Zharkova says. The next minimum might give the Earth a chance to reduce adverse effects from global warming.
“We didn't mention anything about the weather change, but I would have to agree that possibly you can expect it,” she informed IFLScience.
ADVERTISING
The previous Maunder Minimum occurred in the 17th century and lasted between 50 and 60 years. During this time, winters were colder: for example the River Thames, which usually flows through London, notoriously froze over. The ice was so thick that people could walk from one side to the other. However, the citizens that lived in freezing, 17th century Europe survived these cold winters, and they didn't have the heating technology that we are fortunate enough to have today. If the next solar activity minimum does affect the weather on Earth, it will not be deadly for the human race.
Zharkova compared the Maunder Minimum with the one that her team predicted to occur around 15 years into the future. The next minimum will likely be a little bit shorter than the one in the 17th century, only lasting a maximum of three solar cycles (around 30 years).
The conditions during this next predicted minimum will still be chilly: “It will be cold, but it will not be this ice age when everything is freezing like in the Hollywood films,” Zharkova chuckled.
The predictions that Zharkova announced came from a mathematical program that analyzed data from the Sun. The team decided that they wanted to monitor the Sun's background magnetic field (which governs solar features like sunspots). You can see the team's data for cycles 21–23 published in The Astrophysical Journal.
After analyzing the solar data with their model, Zharkova's team noticed something that no one had ever expected before: that the Sun produces the magnetic waves in pairs. Previously everyone had thought that there was only a single source of magnetic waves in the Sun, but the evidence suggested two sources. The team used these observations to predict how the Sun's magnetic field would change in the future. “This is where we predicted this new Maunder minima,” Zharkova added.
She commented on how the changes in the Sun are likely to affect the Earth's environment. “During the minimum, the intensity of solar radiation will be reduced dramatically. So we will have less heat coming into the atmosphere, which will reduce the temperature.”
However, Zharkova ends with a word of warning: not about the cold but about humanity's attitude toward the environment during the minimum. We must not ignore the effects of global warming and assume that it isn't happening. “The Sun buys us time to stop these carbon emissions,” Zharkova says. The next minimum might give the Earth a chance to reduce adverse effects from global warming.
No comments:
Post a Comment