Alas, it's us humans - People are in denial about climate change (and other things as well), but no matter what they say, scientists insist that sunspots and solar cycles are not the cause of current global warming.
The idea that sunspot activity is the cause of global warming just isn't true. The problem started with...
...rather than a hot one - For the past two years, the sun has undergone a phase of relative inactivity, meaning usual solar phenomena such as sun flares, sun spots, and solar eruptions have all but disappeared. "It's a dead face," researcher Saku Tsuneta says of the solar surface.
Tsuneta is with the National...
Sunspots are returning, just as predicted. But they're not acting as they were expected to. Is this a good thing for global warming?On January 24, a reverse polarity sunspot appeared in the sun's northern hemisphere. Such a sunspot usually marks the beginning of a new solar max. But the new spot was followed by a period of solar silence?no...
We may be entering the largest solar cycle ever recorded. While the sun is not responsible for global warming?human emissions are behind that?sunspots CAN make things worse?just when we thought we might be getting a reprieve.
In BBC News, Dr. David Whitehouse reports on a drilling of ice cores in Greenland that reveals that the sun is...
Despite the fact that the maximum activity period of the 11-year solar cycle was supposed to start winding down last February, solar activity remains at a very high level, making this one of the largest solar maximums recorded so far. Sunspots affect the weather, as well as cellphones and radio and television transmissions. To see an incredible...
Earth was struck by an unexpected proton storm from the sun on Thursday, August 16. The proton count around our planet rose to 1000 times normal. Scientists were taken by surprise, both by the storm itself and by the speed with which it reached earth.
Normally, proton storms that reach earth come from the side of the sun facing our...
NASA's ACE spacecraft recorded a strong interplanetary shock wave at 0025UT on March 31st. The shock wave struck earth's magnetosphere 30 minutes later. The leading edge of the wave was proton-dense and strongly magnetic.
These are characteristics that can lead to significant geomagnetic disturbances. The shock wave may be the first of...