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    ‘Cannibal’ solar storms are heading towards the Earth - could take down satellite...

    The Independent
    ‘Cannibal’ solar storms are heading towards the Earth - and could take down satellites, power lines, and the internet

    Adam Smith
    Wed, November 10, 2021, 7:31 AM
    Solar storms ‘cannibalising’ one another will happen over next four years as the Sun exhibits more extreme activity, scientists predict.

    Over the past week a series of geomagnetic storms struck the Earth as the Sun starts its new solar cycle, which takes place every 11 years and will reach its peak in 2025.

    A series of coronal mass ejections – which involve the emis*sion of electrically charged matter and accompany*ing magnetic field into space – hit the Earth over the last week, following a major solar flare on Halloween.

    Occasionally, these ejections can happen so frequently that later ones travel faster than their predecessors and merge with the slower ones.

    "That first CME essentially works its way through the 93 million miles and almost clearing a path out for other CMEs to come in behind it," Bill Murtagh, a program coordinator at the Space Weather Prediction Center (SWPC) of the National Oceanic and Atmospheric Administration (NOAA) told Space.

    "Sometimes we use the term ‘cannibalising‘ the one ahead."

    The team at NOAA use a spacecraft called the Deep Space Climate Observatory (Dscovr) which is one million miles away from Earth in the direction of the Sun. When a CME hits the craft, scientists know that it will be between 20 or 30 minutes until the storm reaches the planet.

    CMEs threaten power grids and satellites but are usually manageable.

    "This kind of level of storming we’ve had hundreds of examples, so we have a good sense for what it will do to the grid," Murtagh said. "They’re seeing it, they’re feeling it, we’re seeing some of those voltage irregularities ... but at this level of storming it’s very manageable."

    However, with this specific kind of ‘cannibalising’ CME, the results can be far more severe. "We have determined for all practical purposes that our worst-case scenario for the extreme geomagnetic storm event scenario will indeed be this." Murtagh said. "It’s just that the CMEs were not that big — but that process happened here, where we had back-to-back two, three different CMEs came sweeping in together”, adding that there are “a lot of unknowns in the space weather business."

    In the worst-case scenario, a solar storm may be calamitous enough to place the entire world into an “internet apocalypse”.

    In that event, power lines, cables, and satellites that support GPS could be damaged - and experts say we have no idea how resilient the current infrastructure of the internet is to large solar activity.

    “Since CMEs often originate in magnetically active regions near sunspots, a larger number of sunspots will increase the probability of a powerful CME. If this estimate proves accurate, it will also significantly increase the probability of a large-scale event in this decade,” Sangeetha Abdu Jyothi from the University of California, Irvine and VMware Research said.

    Massive solar storms like these have struck before, but never at a time when electricity has been so vital.

    Last century, multiple fires broke out in electricity and telegraph control rooms in several parts of the world, including in the US and the UK, due to magnetic fields generated on Earth by one of the largest solar storms to have ever hit the planet.

    Space weather events such as these should be seen as “wake-up call[s]”, according to Dr Jeffrey Love, a geophysicist in the Geomagnetism Program of the US Geological Survey (USGS), who says if such solar superflares were to strike Earth today, it could bring even more devastation."

    https://ca.yahoo.com/news/cannibal-solar-storms-heading-towards-153119944.html

    As this solar cycle progresses, weather will most likely reflect the greater solar activity... planet wide.

    Another factor in this 'Commodity Cycle' that could change food production stability and renewable energy capacity, electricity distribution grids, and the stability of civilization...

    Cheers!

    #2
    The real great reset on its way.

    Naturally.

    Relentlessly.

    Can't be taxed.

    Comment


      #3
      Originally posted by burnt View Post
      The real great reset on its way.

      Naturally.

      Relentlessly.

      Can't be taxed.
      Putting all your 'eggs in one basket' Electricity, EV's, Renewables, Line 5, the great 'Green' revolution... Decarbonize, = Destabilize... Risk management involves diversified sources of multiple redundant options...

      We do live in interesting times!

      'Letting those Bas...... freeze in the dark' may involve a long difficult stare in the mirror...

      Cheers

      Comment


        #4
        'Letting those Bas...... freeze in the dark' may involve a long difficult stare in the mirror...



        A word for Remembrance Day 2021:

        "If My People, called by My name; Would humble themselves, Pray, and turn from their wicked ways...,
        I would hear from Heaven and heal their Land."

        Comment


          #5
          Originally posted by TOM4CWB View Post
          The Independent
          ‘Cannibal’ solar storms are heading towards the Earth - and could take down satellites, power lines, and the internet

          Adam Smith
          Wed, November 10, 2021, 7:31 AM
          Solar storms ‘cannibalising’ one another will happen over next four years as the Sun exhibits more extreme activity, scientists predict.

          Over the past week a series of geomagnetic storms struck the Earth as the Sun starts its new solar cycle, which takes place every 11 years and will reach its peak in 2025.

          A series of coronal mass ejections – which involve the emis*sion of electrically charged matter and accompany*ing magnetic field into space – hit the Earth over the last week, following a major solar flare on Halloween.

          Occasionally, these ejections can happen so frequently that later ones travel faster than their predecessors and merge with the slower ones.

          "That first CME essentially works its way through the 93 million miles and almost clearing a path out for other CMEs to come in behind it," Bill Murtagh, a program coordinator at the Space Weather Prediction Center (SWPC) of the National Oceanic and Atmospheric Administration (NOAA) told Space.

          "Sometimes we use the term ‘cannibalising‘ the one ahead."

          The team at NOAA use a spacecraft called the Deep Space Climate Observatory (Dscovr) which is one million miles away from Earth in the direction of the Sun. When a CME hits the craft, scientists know that it will be between 20 or 30 minutes until the storm reaches the planet.

          CMEs threaten power grids and satellites but are usually manageable.

          "This kind of level of storming we’ve had hundreds of examples, so we have a good sense for what it will do to the grid," Murtagh said. "They’re seeing it, they’re feeling it, we’re seeing some of those voltage irregularities ... but at this level of storming it’s very manageable."

          However, with this specific kind of ‘cannibalising’ CME, the results can be far more severe. "We have determined for all practical purposes that our worst-case scenario for the extreme geomagnetic storm event scenario will indeed be this." Murtagh said. "It’s just that the CMEs were not that big — but that process happened here, where we had back-to-back two, three different CMEs came sweeping in together”, adding that there are “a lot of unknowns in the space weather business."

          In the worst-case scenario, a solar storm may be calamitous enough to place the entire world into an “internet apocalypse”.

          In that event, power lines, cables, and satellites that support GPS could be damaged - and experts say we have no idea how resilient the current infrastructure of the internet is to large solar activity.

          “Since CMEs often originate in magnetically active regions near sunspots, a larger number of sunspots will increase the probability of a powerful CME. If this estimate proves accurate, it will also significantly increase the probability of a large-scale event in this decade,” Sangeetha Abdu Jyothi from the University of California, Irvine and VMware Research said.

          Massive solar storms like these have struck before, but never at a time when electricity has been so vital.

          Last century, multiple fires broke out in electricity and telegraph control rooms in several parts of the world, including in the US and the UK, due to magnetic fields generated on Earth by one of the largest solar storms to have ever hit the planet.

          Space weather events such as these should be seen as “wake-up call[s]”, according to Dr Jeffrey Love, a geophysicist in the Geomagnetism Program of the US Geological Survey (USGS), who says if such solar superflares were to strike Earth today, it could bring even more devastation."

          https://ca.yahoo.com/news/cannibal-solar-storms-heading-towards-153119944.html

          As this solar cycle progresses, weather will most likely reflect the greater solar activity... planet wide.

          Another factor in this 'Commodity Cycle' that could change food production stability and renewable energy capacity, electricity distribution grids, and the stability of civilization...

          Cheers!
          Good post.

          Something as simple as
          If all our cell phones were disabled for a week
          There would be chaos. In fact production and
          Supply distribution would be harmed etc etc
          People wouldn’t know what to do. Literally.
          Progress has in some ways made us more
          Vulnerable. But should we have stayed with the
          Pony express as our method of communication?

          Perhaps advancements should be made but
          Made with backups or alternatives but that cost
          Money to do that. Many are not willing to
          Spend that money for safety if they can’t see
          Something happening at the present.

          In regards to energy oil is not going to be
          Here for ever also so doing nothing to find
          Alternatives isn’t wise also. But moving ahead
          Without safe progress isn’t wise either.

          Comment


            #6
            Try EVERYTHING with electronics/chips....no vehicles, communication, electricity, it's over boys/girls.

            Comment


              #7
              Originally posted by the big wheel View Post
              Good post.

              Something as simple as
              If all our cell phones were disabled for a week
              There would be chaos. In fact production and
              Supply distribution would be harmed etc etc
              People wouldn’t know what to do. Literally.
              Progress has in some ways made us more
              Vulnerable. But should we have stayed with the
              Pony express as our method of communication?

              Perhaps advancements should be made but
              Made with backups or alternatives but that cost
              Money to do that. Many are not willing to
              Spend that money for safety if they can’t see
              Something happening at the present.

              In regards to energy oil is not going to be
              Here for ever also so doing nothing to find
              Alternatives isn’t wise also. But moving ahead
              Without safe progress isn’t wise either.
              Your last sentence speaks volumes 👍👍

              Comment


                #8
                A substantial tax on the Sun should take care of its output. Lol

                Comment


                  #9
                  Originally posted by fjlip View Post
                  Try EVERYTHING with electronics/chips....no vehicles, communication, electricity, it's over boys/girls.
                  The world as WE have chosen to make it today; is exceedingly vulnerable to exponentially increasingly complex problems! KISS needs to be brought back; the microchip age of exponentially using more complex inventions that depend on microchips..., AI, and just in time delivery of needed life providing nourishment and virtual communications without personal interaction... increases the risk of chaotic catastrophe on a global scale... as we choose to create the 'One World Order' of Globalization and least 'cost' economies.

                  A 'new' age... our energy is spent; making energy... while creating microchip dependancy, while eliminating human 'error' causes solutions that are evil and destructive to human existence.

                  The Denial of the Great Creator and designer of Humanity and the Universe; and why we all exist in the conscious realm of time and material existence....in the first place.

                  Happy Remembrance Day. King Jesus blood was shed, so that we we would forgive and Love one another in a humble spirit of thankfulness!

                  Cheers!

                  Comment


                    #10
                    The next solar maximum does not appear to be to threatening , but activity has picked up and it would only take one carrington event to cause a lot of trouble in today’s world

                    Comment


                      #11


                      More concerning is the next low level activity after the current low maximum.

                      Comment


                        #12
                        Originally posted by furrowtickler View Post


                        More concerning is the next low level activity after the current low maximum.
                        Good information!

                        Here is something few folks know about!

                        Time
                        Earth Has a Second Moon—For Another 300 Years, At Least
                        Jeffrey Kluger
                        Thu, November 11, 2021, 9:41 AM

                        Full frame of the full moon at sunset with a sky with clouds.
                        The big guy has a little friend Credit - Getty Images; © Jose A. Bernat

                        It’s easy to be brand loyal to the moon. We’ve only got the one, after all, unlike Jupiter and Saturn, where you’d have dozens to choose from. Here, it’s luna or nada. Or not. The fact is, there’s another sorta, kinda moon in a sorta, kinda orbit around Earth that was discovered only in 2016. And according to a new study in Nature, we may at last know how it was formed.

                        The quasi-moon—named Kamo’oalewa, after a Hawaiian word that refers to a moving celestial object—is not much to speak of, measuring less than 50 m (164 ft) across. It circles the Earth in a repeating corkscrew-like trajectory that brings it no closer than 40 to 100 times the 384,000 km (239,000 mi.) distance of our more familiar moon. Its odd flight path is caused by the competing gravitational pulls of the Earth and the sun, which continually bend and torque the moonlet’s motions, preventing it from achieving a more conventional orbit.

                        “It’s primarily influenced just by the sun’s gravity, but this pattern shows up because it’s also—but not quite—on an Earth-like orbit. So it’s this sort of odd dance,” says graduate student Ben Sharkey of the Lunar and Planetary Laboratory at the University of Arizona, the lead author of the paper.

                        None of this means that Kamo’oalewa has to have especially exotic origins. The solar system is littered with asteroids, some of which are captured by the gravity of other planets and become more conventional—if fragmentary—moons. Others don’t orbit other planets in the common way but fall into line in front of them or behind them and pace them in their orbits around the sun, like the flocks of so-called Trojan asteroids that precede and trail Jupiter.

                        Most Popular from TIME

                        Either way, Kamo’oalewa was bound to get attention because its composition posed a stubborn mystery. Asteroids tend to reflect brightly in certain infrared frequencies, but Kamo’oalewa just doesn’t. It’s dimmer somehow—clearly made of different stuff, which suggests a different origin.

                        To investigate the mystery, Sharkey, under the guidance of his PhD adviser, planetary scientist Vishnu Reddy, first turned to a NASA-run telescope in Hawaii routinely used for studying Earth-vicinity asteroids. But even through the usually reliable instrument, the infrared signature seemed too faint. Instead they switched to a University of Arizona-run monocular telescope that, as Sharkey says, could “squeeze every last ounce of photons out of that object.”

                        That produced better, clearer results, but still they were incomplete. The rock was made of common silicates like other asteroids, but they were common only in their general composition, not in their infrared signature, which remained stubbornly off.

                        At last, the answer suggested itself. If Kamo’oalewa was behaving like a sort of quasi-moon, perhaps it was an artifact of the actual moon. Earlier in Sharkey’s PhD program, one of his advisers published a paper on lunar samples brought back by the Apollo 14 mission in 1971. When Sharkey compared the data he was getting in his telescope with what the earlier geologists came up with in the rock lab, the results matched perfectly. The kind of space-weathering lunar silicates undergo when they’re still on the surface of the moon precisely accounted for the differences in the infrared reflectivity between common asteroids and Kamo’oalewa.

                        “Visually, what you’re seeing is weathered silicate,” says Sharkey. “The eons of exposure to space environment and the micrometeorite impacts, it’s almost like a fingerprint and it’s hard to miss.”

                        How Kamo’oalewa shook free of our lunar companion is no mystery. The moon’s been getting bombarded by space rocks for billions of years, resulting in all manner of lunar debris getting ejected into space (nearly 500 bits of which have made it to the surface of the Earth as meteorites). Kamo’oalewa is one such piece of lunar rubble that spiraled away from the moon. But rather than landing on Earth or simply tumbling off into the void, it found itself a quasi-satellite in its own right.

                        “We see thousands of craters on the moon, so some of this lunar ejecta has to be sticking around in space,” says Sharkey.

                        Kamo’oalewa won’t stick around all that long, as its current trajectory is not entirely stable. According to estimates from Sharkey and others, the object will remain an earthly companion for only about 300 more years—nothing at all on the cosmic clock—after which it will break free of its current gravitational chains and twirl off into the void. Originally a part of the moon, then a companion of Earth, it will spend the rest of its long life traveling on its own."

                        Cheers

                        Comment

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