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I already did that,as I was asked before.
Can you actually explain to me what that diagram shows
The most rapid changes to the Sun's magnetic field occur locally, in restricted regions of the magnetic field. However, the entire structure of the Sun's global magnetic field changes on an 11 year cycle. Every 11 years, the Sun moves through a period of fewer, smaller sunspots, prominences, and flares - called a "solar minimum" - and a period of more, larger sunspots, prominences and flares - called a "solar maximum." A maximum and a minimum, taken together, make up one solar cycle. During the 11 years, the strongest magnetic fields (in sunspots) slowly migrate towards the Sun's equator from locations about midway to the Sun's poles. After 11 years, when the next cycle starts, the magnetic field poles are reversed.
One of the things that is interesting about reversals is that there is no apparent periodicity to their occurrence. Reversals are random events. They can happen as often as every 10 thousand years or so, and as infrequently as every 50 million years or more. Questions about reversals are very popular with the general public, and further information can be found in the references given in the Further Reading page of this website.
The effects are likely to be felt on Earth throughout Wednesday.
A more benign effect of the outpouring of particles is the ability to see aurorae, or "Northern lights", farther south than is usually possible.
PASADENA--Researchers at the California Institute of Technology think they have solved part of the mystery of the "evolutionary big bang" that occurred half a billion years ago. At that time, life on Earth underwent a profound diversification that saw the first appearance in the fossil record of virtually all animal phyla living today. With relative evolutionary rates of more than 20 times normal, nothing like it has occurred since. In a paper published in the July 25th issue of Science, the Caltech group reports that this evolutionary burst coincides with another apparently unique event in earth history--a 90-degree change in the direction of Earth's spin axis relative to the continents. Dr. Joseph Kirschvink, a geologist at Caltech and lead author of the study, speculates that a major reorganization of tectonic plates during latest Precambrian time changed the balance of mass within the Earth, triggering the reorientation. Thus, the regions that were previously at the north and south poles were relocated to the equator, and two antipodal points near the equator became the new poles. "Life diversified like crazy about half a billion years ago," says Kirschvink, "and nobody really knows why. It began about 530 million years ago, and was over about 15 million years later. It is one of the outstanding mysteries of the biosphere. "The geophysical evidence that we've collected from rocks deposited before, during, and after this event demonstrate that all of the major continents experienced a burst of motion during the same interval of time." David Evans, a co-author on the paper and graduate student at Caltech, notes that it is very difficult to make large continents travel at speeds exceeding several feet per year; typical rates today are only a few inches per year. "Earth has followed a 'plate-tectonic speed limit' for the past 200 million years or so, with nothing approaching the rates needed for this early Cambrian reorganization." Evans said. "Some other tectonic process must have been operating that would not require the continents to slide so rapidly over the upper part of Earth's mantle." In fact, geophysicists have known for over half a century that the solid, elastic part of a planet can move rapidly with respect to its spin axis through a process known as "true polar wander." True polar wander, Kirschvink explains, is not the same as the more familiar plate motion that is responsible for earthquakes and volcanism. While the latter is driven by heat convection in Earth's mantle, true polar wander is caused by an imbalance in the mass distribution of the planet itself, which the laws of physics force to equalize in comparatively rapid time scales.
Thank you for the link and the news.
What's interesting is that I recall reading, if the pole shifts were to happen, that we'll see Northern Lights farther south then usual.
source(teachertech.rice.edu...
TextMagnetosphere - the area around the earth that extends beyond the atmosphere. The earth's magnetic field operates here. It begins at about 1000 km. It is made up of positively charged protons and negatively charged electrons. This traps the particles that are given off by the sun. They are concentrated into belts or layers called the Van Allen radiation belts. The Van Allen belts trap deadly radiation. When large amounts are given off during a solar flare, the particles collide with each other causing the aurora borealis or the northern lights.
Originally posted by OGOldGreg
you guys realize that the poles switch every 11 years and nothing happens right..........
Originally posted by diamondsmith
reply to post by freighttrain
Thank you for the link and the news.
What's interesting is that I recall reading, if the pole shifts were to happen, that we'll see Northern Lights farther south then usual.
First,
source(teachertech.rice.edu...
TextMagnetosphere - the area around the earth that extends beyond the atmosphere. The earth's magnetic field operates here. It begins at about 1000 km. It is made up of positively charged protons and negatively charted electrons. This traps the particles that are given off by the sun. They are concentrated into belts or layers called the Van Allen radiation belts. The Van Allen belts trap deadly radiation. When large amounts are given off during a solar flare, the particles collide with each other causing the aurora borealis or the northern lights.
then, the Van Allen radiation belts are weakening,because of the weakening of the Earth's magnetic field and the influence of the Sun's magnetic field in full process of pole shift,as a direct influence of the slowing in speed of the Earth's iron core.
By the way... those are some pretty pictures that you obviously posted in order to bring more credibility to your thread, but no one knows what they mean, and I would guess that includes you as well.
The electromagnetic burst associated with the start of this week's storm occurred at about 11 p.m. ET Sunday, reaching medium levels. Then, on Monday and Tuesday, the proton radiation from the eruption hit strong levels, the most powerful since October 2003. That mostly affects astronauts and satellites, but NASA said the crew on the International Space Station was not harmed, and Biesecker said only a few minor problems with satellites were reported.
Some airplane flights over the North Pole were rerouted because of expected communication problems from the radiation.