เหตุการณ์ใน-นอกโลก VS ภัยธรรมชาติ และupdate พายุสุริยะ

ลองดูกัน เดือนพฤศจิกายน จะเริ่มมี big solar flare, power outage etc

September 05, 2013 ... my weekly radio show archive is posted on the archive web show ... it includes an

EMERGENCY ANNOUNCEMENT ... i have been announcing for some time that i fully expected a false flag electric grid outage (falsely blamed on a solar flare) in the near future ... in November there is an international exercise involving the USA Canada and Mexico to simulate a full scale power outage being coordinated by a group that i am trying to get to the roots of this "organization" ... i discuss this on my show with its implications ... what is interesting is that it is being done coincident with one of my predictions of an electrical alignment of comet ISON and what i called the beginning of a period of weeks in which we could see serious solar flaring ... many government agencies will be involved in the coordinated "simulated" power outage ... every federal department has issued warnings and many have told staff and family to prepare for an extended power outage ... this is a complex issue so listen to my show tomorrow night for details AND BEWARE OF the many false information postings that will arise as a result of this ... things are about to get crazy ... be prepared and be water independent and able to take care of yourself and your loved ones ... jim mccanney

jmccanneyscience.com : Home Page

 

สงบก่อนมีลมพายุหรือเปล่าหว่า.....!!! สงบผิดปกติมั๊กๆ...





№ 1838 S04 E15 03 Axx 0010 02 223 Alpha
Coordinates and other characteristics of active regions are issued for September 10, 2013 00:31 UT

 

ทางมาถึงโลกในวันที่ 11 กันยายน เวลา 6 UT +/- 7 ชั่วโมง

พุธ 11 กันยา เวลา บ่ายโมง

 

NASA Technical Reports Server (NTRS) - Apparent Relations Between Solar Activity and Solar Tides Caused by the Planets

Hung, Ching-Cheh (NASA Glenn Research Center; Cleveland, OH, United States)
Abstract: A solar storm is a storm of ions and electrons from the Sun. Large solar storms are usually preceded by solar flares, phenomena that can be characterized quantitatively from Earth. Twenty-five of the thirty-eight largest known solar flares were observed to start when one or more tide-producing planets (Mercury, Venus, Earth, and Jupiter) were either nearly above the event positions (less than 10 deg. longitude) or at the opposing side of the Sun. The probability for this to happen at random is 0.039 percent. This supports the hypothesis that the force or momentum balance (between the solar atmospheric pressure, the gravity field, and magnetic field) on plasma in the looping magnetic field lines in solar corona could be disturbed by tides, resulting in magnetic field reconnection, solar flares, and solar storms. Separately, from the daily position data of Venus, Earth, and Jupiter, an 11-year planet alignment cycle is observed to approximately match the sunspot cycle. This observation supports the hypothesis that the resonance and beat between the solar tide cycle and nontidal solar activity cycle influences the sunspot cycle and its varying magnitudes.

พายุสุริยะ คือ พายุของไอออน และ อิเลคตรอน จากดวงอาทิตย์
พายุสุริยะขนาดใหญ่ปกติมักเกิดจากการระเบิดของดวงอาทิตย์ขนาดใหญ่ (solar flare) ปรากฎการณ์นี้สามารถมาเห็นชัดได้เชิงปริมาณจากโลก 25 จาก 38 flare ที่ใหญ่ที่สุดที่รู้จัก ได้ถูกเริ่มสังเกต เมื่อดาวเคราะห์ที่มีผลต่อน้ำขึ้นน้ำลง (พุธ, ศุกร์, โลก และ พฤหัส) มาเรียงตัวกัน (น้อยกว่า 10 องศา ลองติจูด) หรือ อยู่ด้านที่ตรงข้ามกับดวงอาทิตย์

The above relations between the unpredictable solar flares and the predictable solar tidal effects could be used and further developed to forecast the dangerous space weather and therefore reduce its destructive power against the humans in space and satellites controlling mobile phones and global positioning satellite (GPS) systems.

Publication Date: Jul 01, 2007
Document ID:
20070025111
(Acquired Aug 24, 2007)
Subject Category: SOLAR PHYSICS
Report/Patent Number: NASA/TM-2007-214817; E-15714-2
Document Type: Conference Paper
Contract/Grant/Task Num: WBS 698671.02.03.03
Financial Sponsor: NASA Glenn Research Center; Cleveland, OH, United States
Organization Source: NASA Glenn Research Center; Cleveland, OH, United States
Description: 34p; In English; Original contains black and white illustrations
Distribution Limits: Unclassified; Publicly available; Unlimited
Rights: No Copyright
NASA Terms: ALIGNMENT; GLOBAL POSITIONING SYSTEM; PLANETS; PRESSURE DISTRIBUTION; SOLAR ACTIVITY; SOLAR ATMOSPHERE; SOLAR FLARES; SOLAR POSITION; SOLAR STORMS; SPACE WEATHER; SPACECREWS; SUNSPOT CYCLE; TIDES
Availability Source: CASI


Moon Phases | StarDate Online

Why does the Moon have phases?

At the new Moon phase, the Moon is so close to the Sun in the sky that none of the side facing Earth is illuminated (position 1 in illustration). In other words, the Moon is between Earth and Sun. At first quarter, the half-lit Moon is highest in the sky at sunset, then sets about six hours later (3). At full Moon, the Moon is behind Earth in space with respect to the Sun. As the Sun sets, the Moon rises with the side that faces Earth fully exposed to sunlight (5).The Moon has phases because it orbits Earth, which causes the portion we see illuminated to change. The Moon takes 27.3 days to orbit Earth, but the lunar phase cycle (from new Moon to new Moon) is 29.5 days. The Moon spends the extra 2.2 days "catching up" because Earth travels about 45 million miles around the Sun during the time the Moon completes one orbit around Earth.

At the new Moon phase, the Moon is so close to the Sun in the sky that none of the side facing Earth is illuminated (position 1 in illustration). In other words, the Moon is between Earth and Sun. At first quarter, the half-lit Moon is highest in the sky at sunset, then sets about six hours later (3). At full Moon, the Moon is behind Earth in space with respect to the Sun. As the Sun sets, the Moon rises with the side that faces Earth fully exposed to sunlight (5).

You can create a mockup of the relationship between Sun, Earth, and Moon using a bright lamp, a basketball, and a baseball. Mark a spot on the basketball, which represents you as an observer on Earth, then play with various alignments of Earth and Moon in the light of your imaginary Sun.
When is the Harvest Moon?

The full Moon that occurs closest to the autumnal equinox is commonly referred to as the "Harvest Moon," since its bright presence in the night sky allows farmers to work longer into the fall night, reaping the rewards of their spring and summer labors. Because the equinox always falls in late September, it is generally a full Moon in September which is given this name, although in some years the full Moon of early October earns the "harvest" designation.

In fact, each full Moon of the year has its own name, most of which are associated with the weather or agriculture. The most common names used in North America include:

January -- Moon after Yule
February -- Snow Moon
March -- Sap Moon
April -- Grass Moon
May -- Planting Moon
June -- Honey Moon
July -- Thunder Moon
August -- Grain Moon
September -- Fruit Moon (or Harvest Moon)
October -- Hunter's Moon (or Harvest Moon)
November -- Frosty Moon
December -- Moon before Yule

What is a Blue Moon and when is the next one?

Because the time between two full Moons doesn't quite equal a whole month, approximately every three years there are two full Moons in one calendar month. Over the past few decades, the second full Moon has come to be known as a "blue Moon." The next time two full Moons occur in the same month (as seen from the United States) will be July 2015. The most recent "blue Moon" occurred in August 2012.

On average, there's a Blue Moon about every 33 months. Blue Moons are rare because the Moon is full every 29 and a half days, so the timing has to be just right to squeeze two full Moons into a calendar month. The timing has to be really precise to fit two Blue Moons into a single year. It can only happen on either side of February, whose 28-day span is short enough time span to have NO full Moons during the month.

The term "blue Moon" has not always been used this way, however. While the exact origin of the phrase remains unclear, it does in fact refer to a rare blue coloring of the Moon caused by high-altitude dust particles. Most sources credit this unusual event, occurring only "once in a blue moon," as the true progenitor of the colorful phrase.
Why do we always see the same side of the Moon from Earth?

The Moon always shows us the same face because Earth's gravity has slowed down the Moon's rotational speed. The Moon takes as much time to rotate once on its axis as it takes to complete one orbit of Earth. (Both are about 27.3 Earth days.) In other words, the Moon rotates enough each day to compensate for the angle it sweeps out in its orbit around Earth.

Gravitational forces between Earth and the Moon drain the pair of their rotational energy. We see the effect of the Moon in the ocean tides. Likewise, Earth's gravity creates a detectable bulge -- a 60-foot land tide -- on the Moon. Eons from now, the same sides of Earth and Moon may forever face each other, as if dancing hand in hand, though the Sun may balloon into a red giant, destroying Earth and the Moon, before this happens.
When does the young Moon first become visible in the evening sky?

There is no real formula for determining the visibility of the young Moon. It depends on several factors: the angle of the ecliptic (the Moon's path across the sky) with respect to the horizon, the clarity of the sky (how much dust and pollution gunks it up), and even the keenness of the observer's eyesight.

The young Moon becomes visible to the unaided eye much earlier at times when the ecliptic is perpendicular to the horizon, and the Moon pops straight up into the sky. In these cases, it may be possible to see the Moon as little as 24 hours after it was new, although every hour beyond that greatly increases the chances of spotting it. When the ecliptic is at a low angle to the horizon, and the Moon moves almost parallel to the horizon as it rises, the Moon probably doesn't become visible until at least 36 hours past new.

The record for the earliest claimed sighting of the young crescent Moon is around 19 hours, although most experts are suspicious of any claims of times less than about 24 hours.

 

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