01. 2012年5月15日 18:04:32
: 3CNLte9sGM
Kappenman オオカミ老年？http://event.arc.nasa.gov/swsw/pdf/Kappenman_AMES_Oct16.pdf
http://angya.org/xo/modules/iDiary/comment_new.php?com_itemid=13954&com_order=0&com_mode=nest
投稿日:2008年03月16日 一部セミナーではお伝えしていましたが新しい太陽の活動が始まっています。 私たちはたくさんの影響の中で存在しています
それらは常に動いているという事の一例をお伝えします
気付きや視野の拡大を意図しています
時として私たちは一人で考え結論付け、悩み、苦しむ事があります
そんな時にお役に立てばと思っています
太陽は約１１年周期で活動しています。これが新しい周期に２００８年１月５日入ったと国立天文台から正式に発表されました。
去年の１２月には前回の周期が終わりを迎えたとNASAから発表されていました。
今回の周期で太陽がもっとも活発に活動するのは２０１１年、２０１２年、２０１３年だと予測されています。
私達にはどう影響するのかはさまざまな事が言われ続けていますが
多くの歴史上の人々は太陽を崇拝する習慣が各国で見受けられます
生活の中で肌で感じていればそういった振る舞いをするは自然だと思います
地球の生命サイクルがこの星に依存している事を理解すれば物理的、肉体的に大きな影響をうけ更には個人の精神的活動にも影響を与え続けている事でしょう
限られた現代科学における目や分析力、解析力でも分かっている事はあまりにも多いのです
地球の約109倍もある星ですから地球に対する影響は多大なると考えるのが妥当でしょう
NASA
国立天文台 ーー資料ーー 昨年は、１７５５年から数えて２３回目の活動周期が終息した極小期でした
太陽の第24周期（サイクル２４）が始まりました
サイクル２４の終息は２０１９年頃とされています
これらは太陽黒点の質と量とで測られています 黒点付近で起こることが多いフレア（太陽面爆発）も黒点の数が多いときによく起こる。フレアに伴い、強いγ（ガンマ）線、X線、紫外線、荷電粒子（プラスの陽子・ヘリウム原子核、マイナスの電子）が放出される。 太陽放射全体の強度の変動幅は、11年周期で1%以下と小さいが、紫外線の放射強度は2-3倍にもなる。 太陽が放射する紫外線は、成層圏に吸収されて熱になるから、太陽活動が極大になると、日の当たる夏半球の成層圏の温度が上昇し、日の当たらない冬半球との温度差の増大により、「冬半球の下部中間圏・成層圏界面の西風ジェット変動をもたらし、これが対流圏から伝播してくるプラネタリー波との相互作用を通じて極夜ジェットの変動を引き起こす」［黒田友二: 極夜ジェット振動形成メカニズムについて］。 約3年間続くと見られる太陽活動極大期には、地球に磁気嵐やオーロラが発生し、放射線が降り注ぎ、送電線網やグローバル・ポジショニング・システム(GPS)などのシステムに影響が生じると予想されている。 ミネソタ州ダルースにあるメタテック社の上級エンジニア、ジョン・カッペンマン氏によれば、磁気嵐は世界中の送電システムの動作信頼性に影響を与えかねないという。前回の太陽周期中の1989年、磁気嵐による送電線への過負荷で、カナダのケベック州全域が停電した。 急性心筋梗塞発症に対する日照時間の影響
千葉医学会 日照不足が影響し、全国的に野菜が不作となり価格が高騰している。
紀伊民報 気象・季節の感情障害への影響
多面的な研究をされているようです 月の影響も報告されています
立正大学
http://www.redicecreations.com/article.php?id=718
http://www.redicecreations.com/article.php?id=13045
Massive Solar Flare Storm Warnings for the Next Few Years
2010 10 28
By Sherry Mazzocchi | nydailynews.com According to a new report, the United States is in danger of a massive space storm that could knock out power to much of the nation. It may sound like the premise for the next Michael Bay, big-budget action extravaganza -- but scientists say a storm from space could change life on Earth as we know it. And the United States is woefully unprepared for such a disaster, according to a new report. The potential threat, detailed in a National Academy of Sciences, Severe Space Weather Events report, said radiation bombarding the planet from powerful solar flares could result in the loss of power, water and communications on a global scale. "It's very likely in the next 10 years that we will have some impact like that described in the National Academy report," Dr. Richard Fisher, director of NASA's heliophysics division, told the Daily News. "Although I don't know to what degree." Fisher explained that the sun works on an 11-year cycle, and is now emerging from its quiet period. The next phase -- the solar maximum -- lasts from 2012 to 2015. During this period of time, massive solar flares and coronal mass ejections (CMEs) can occur which could be strong enough to knock out satellites, disable high-voltage transformers, and cripple communications worldwide. Doug Biesecker, top solar physicist at the National Oceanic and Atmospheric Administration (NOAA), told the News severe solar storms have occurred in the past. The strongest was in 1859, and rendered telegraph machines useless. Another slightly smaller geomagnetic storm occurred in 1921. "If the 1921 storm happened today, it would knock out power from Maine to Georgia," Biesecker said. It would affect "130 million people and 350 transformers." Transformers, he noted, can take over a year to fix and are not made in the U.S. "This raises all kinds of geopolitical issues," said John Kappenman, a principal of Storm Analysis Consultants and the lead technical expert for a study conducted by the Metatech Corp. on the potential impact of solar storms. "If the blackout affected more than one country, the U.S. would not necessarily be the first in line to get one," he said, noting that transformers are made in Europe, Brazil, China and India. In addition, it would take a well-trained crew to install new transformers, which weigh more than 100 tons and would need to be shipped via ocean liners. Just getting them here "could drag on for several weeks if the transportation sector is compromised," Kappenman said. Unlike a hurricane, Kappenman said the aftermath of a solar storm could be widespread, with 50% to 75% of the country affected. "We could have a blackout like never before," he said. It took only a few days to get back to normal after the 1977 or 2003 blackouts. "This time, you might not get back to normal at all." There would also likely be no immediate help from neighboring areas, and big cities such as New York would be hit especially hard "You couldn't evacuate," he said. "Where do you put 8 million people?" A severe blackout would have rapidly deteriorating effects. Without electricity, there would be a loss of potable water and the ability to pump sewage. Perishable food and medication would be lost. "There are one million type 1 diabetes sufferers in the U.S.," he said. "Health issues would emerge in just a matter of days." Telecommunications have a backup for about 72 hours before they degrade. Similarly, hospitals have about a week's worth of backup power. Nuclear reactors typically have a week of standby diesel fuel. Even if they shut down, they still require electricity to circulate cooling water through the reactor. "This could be a serious problem for 70 or so large reactors," Kappenman said. "We obsess over oil," said Kappenman, "but electricity is twice as important." An even a smaller storm could still wreak havoc. GPS satellites are particularly vulnerable to solar flares. Loss of a satellite could lead to problems with airline flights and communications. Computer systems measure time using GPS. Oil rigs use GPS and water jets to maintain their offshore position as they drill. "They could drop off," said Biesecker, "and break a pipe." "CMEs are like high-energy electromagnetic pulses [HEMP]," he explained. The use of HEMP - its force equivalent to an atomic bomb - by terrorists was the subject of a recent congressional hearing in Washington. "FEMA and other organizations are also looking at what a possible terror attack could do to the grid," he noted. On June 10, the House of Representatives unanimously passed the Grid Reliability and Infrastructure Defense Act. It amends the Federal Power Act to protect the nation's power system against "cybersecurity and other threats and vulnerabilities." A similar bill has yet to be taken up by the Senate. Source: nydailynews.com
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