The universal wonder of deep space should be respected as the sun’s magnificence is eventually transforming and dispersing its distinctive properties-giving equilibrium of life. And contrary to historical records of what nature’s wrath can do to our planet, there is increasing fresh fear among today’s researchers and it does not include our planet earth’s unpredictable conduct. The solar storm could be near, but who knows?
The National Center for Atmospheric Research (NCAR) group of scientists formally stated their results on March 10, 2006. Sunspots on the sun have literally disappeared, according to them, solar flares are presently non-existent and the sun is totally silent. And as most often say, before the storm, it’s like the quiet. The Minimum Solar has started.
This solar storm will give rise to the most strong solar peak in fifty years. The next sunspot will be as strong as its earlier predecessor by up to 50 percent. And if this approximation is correct, the rupture of solar activity will begin within the next few years. The 1958 Solar Max storm was called a peak solar.
But cell phones back then were non-existent along with all of today’s contemporary technology. But Mexico’s three northern lights sightings were what sparked an interest, and quickly individuals realized that something was going on.
The impacts of such a storm can only be wondered and what it can bring today. We all look at the docile appearance of the sun as it comes down in its daily ritual just to re-surface on the opposite side of the earths. And we all enjoy the light of the return of the sun. I guess docile isn’t the right term to describe the authority or destructive actions of this massive star that it can impose on our planet.
Today, weather satellites, cell phones, computers and other techniques would be dramatically affected by a comparable maximum. After two centuries since the 11 year sunspot cycle was found, Kpati of (NCAR) realized the mystery, while researchers struggled and failed to predict the magnitude of future maxima.
The Solar Maxima was still measurable barley in 1805; therefore, in 1958 it was quite intense, the solution to an aging mystery is a conveyor belt on the sun comparable to the Great Ocean Conveyor Belt on Earth here.
Unlike the conveyor belt of the earth, however, which is water-borne currents, the conveyor belt of the sun is a current of electrically conductive gas. And moving spherically it goes back again from the equator of the sun to the poles. While Earth’s weather is controlled by the Ocean Conveyor Belt, this solar conveyor belt on the sun does the same thing exclusively for the cycle of the sunspot.
WHAT ARE SUNSPOTS?
The average sunspot’s lifespan is typically a few weeks, and it declines upon its so-called death, leaving magnetic fields weakened in its aftermath. The power of the internal core of the earth produces abnormal knots with magnetic pull sunspots.
This conveyor’s role is to skim over the sun’s surface in collecting the dead, dead sunspots ‘ magnetic fields. They are then attracted to the poles during their disappearance. Here they can then be strengthened by energy from the inner core of the sun, providing them buoyancy to float back to the surface as fresh sunspots. (David Hathaway NSSTC, solar physicist)
However, this is the foundation used to make projections, a very exciting and unincidental method, and 30 to 50 years can pass, while the belt only completes one loop. However, a 30-year cycle implies that abundant magnetic field supplies have been collected resulting in a more intense cycle of sunspots producing bigger sunspots.
This has been happening since 1986 through 1996. Therefore, the sunspot cycle will be intense by the years 2010 through 2011. But according to the conveyor belt model, some think that the next solar maximum is going to be dwarf while others think it will be around 2010, two years soon. And although history has proved to increase big sunspot cycles quicker, our future cycle’s first sunspots should occur in the later half of 2006 or 2007.
But this time the distinction is not how big they are or how intense the storm is going to be. In addition to all our contemporary technology, this storm will generate fresh issues, new worries and new fears. The billions of signals that saturate our airwaves come from the roots of technology. And the effect this can have on weather, transport, communication, computer systems and more is where the true storm is going to lie.
Read our previous post.