用戶:李武斌/草稿02
Some old Chinese sayings go, 「When the moon approaches the Net mansion, the rain falls in torrents」[1] and 「When it goes through the Winnowing-basket Mansion, there is more wind, while passes through the Net mansion, more rain.」[2] Before modern civilization, people from ancient times tried to predict future events successfully by observing the stars. We have already know that the movement of the moon and the sun can trigger earthquakes[3],[4] , which are also correlated with oceanic and climatic oscillations[5][6][7][8], and that celestial motions have a certain correspondence with earthquakes and climatic oscillations [9]. All these show that the earth is inextricably linked to the sun, the moon and stars. Here we will introduce our further discoveries related to major earthquakes and the location of planetary operations. Firstly, the gravitational field around the ecliptic of the solar system is uneven in intensity with several strong gravitational sources, between which and the solar system there are linear forces with obvious directions and clear boundaries. Secondly, It can be inferred that the gravity between celestial bodies should have another way of acting in the state of stimulated radiation with low divergence and high intensity. Lastly, if the earth is within the range of a stronger gravitational field, which is stimulated by the superposition of the gravitational beam from interplanetary space and outside the solar system, earthquakes, typhoons, and climate change will be triggered. It also found that humans can sense and be affected by such astronomical events. In brief, we need to deepen the research in this area as for the gravity of the celestial body may affect the whole earth.
Findings as to the important factors outside the earth that trigger earthquakes, typhoons and climate change.
- Firstly, an analysis of 40 major earthquakes (M≥8.4) worldwide since 1575 shows that there are significant cycles of 59, 83, 84, 167, 170 and 250 years (Fig.1.1-1.4), at which time, planets, including earth, are in specific positions (Fig.2.1-2.16). These periods are the astronomical cycles of the planetary conjunctions instead of the simple plate stress accumulation.
- Secondly, The three-star in a line astronomical events involving the Earth often happened with the occurrence of super typhoons from the Western Pacific typhoon data since 1950 (Fig.3.1-3.7).
- Thirdly, the 11,000-year historical temperature data of the Greenland ice core reconstruction shows a significant period of 171 and 3600 years (Fig.4,Fig.5), which are the conjunction period between Uranus and Neptune and of a particular area respectively.
- Lastly, the historical record of extreme cold weather over the past 1,000 years also hides significant planetary conjunctions (Table.1).
We have found a lot of evidences to confirm that the gravitational field around the solar system is uneven, and some gravitational sources outside the solar system significantly affect itself by comparing all kinds of disasters, special and astronomical events that happened in the past few hundred years using the Sumerian method. These sources of gravity come from stars, star clusters, and clusters of exoplanets around the ecliptic. The orbits of distant Kuiper Belt Objects are clustered[10] in perihelion and physical space, which is believed to be affected by the gravitational beams from outside the solar system, in addition to Hypothetical Planet X. Most orbital ascending node of the planets in the solar system crosses the ecliptic northward between Taurus and Cancer in the direction of Virgo Supercluster, and then concentrates in the vicinity of Sagittarius to cross the ecliptic southward, which corresponds to the positions of several gravity sources found. These gravitational source locations obtained from seismic and historical temperature data are very close to that of meteor shower radiation points. Therefore, the location and range of meteor shower radiation points can be roughly used as part of the reference for these gravitational sources. In general, the gravitational source on the zodiac comes from two main directions close to the vertical of the constellation Sagittarius and the M87 Nebula (or near Equinox), , followed by obvious abnormal regions in Aquarius, Aries, Taurus, Gemini, Cancer, Leo and Virgo. Here are a few definite and possible zodiac gravitational sources that have a clear correspondence with earthquakes, typhoons, and climate change (Table.2, Fig.6):
Table.1 A history of extreme weather in the last 1,000 years has conjoined the planets | |||||||||||||
ID | TIME | INTERVAL | EXTREME COLD WEATHER EVENT | YEARS | MONTH | THE PLANETS MEET IN THE SKY | PLANET OF INFLUENCE | RENDEZVOUS POINT | |||||
1 | 1250 | Atlantic pack ice began to grow | In 1251, earth, sun, Jupiter and Uranus align in the direction of Aquarius and Leo.From September 1246, when Jupiter and Saturn met in virgo, to 1307, these 60 years of exoplanet rendezvous alternate directions toward cancer (M44) and Taurus (M45). | Earth | Jupiter | Uranus | Aqr | Leo | |||||
2 | 1300 | warm summers stopped being dependable in Northern Europe | 1307 | 4 | Saturn, Uranus and Neptune meet in libra and Jupiter at a small Angle in 1307. | Saturn | Uranus | Neptune | Lib | ||||
3 | 1315 | 65 | European heavy rains and Great Famine of 1315–1317 | 1315 | 4 | In March 1315, Jupiter, sun and Saturn were aligned with cancer.The last time it happened was 59.31 years ago, in August 1255. | Jupiter | Saturn | Cnc | Cap | |||
1450-1570 The Spörer Minimum | |||||||||||||
4 | 1420 | 170 | The ice core in dunde, qilian mountains, has cooled significantly | 1419 | 10 | October 1419 - Saturn and Uranus are aligned in Aquarius and Leo.June 1421 Jupiter and Neptune meet in Gemini.
A common feature of the Atlantic sea ice that began to grow in 1250 and the ice core that cooled in 1420 is that Uranus is in Aquarius and Neptune is near cancer. |
Uranus | Neptune | Aqr | Cnc | |||
5 | 1453 | 33 | 《湖州府志》:「十一月至明年孟春浙江大雪數尺,太湖諸港瀆皆凍斷,舟楫不通」。The taihu lake ice | ||||||||||
6 | 1454 | 1 | 《吳縣誌》:「正月大雪連四旬,凍餓死者無算」 | ||||||||||
7 | 1476 | 176 | 《烏程縣誌》:「十二月太湖冰,舟楫不通者逾月」。The taihu lake ice | 1479 | Three years before Uranus and Neptune meet in the scorpio-taurus direction in 1479;November 1475 Jupiter, earth, Saturn line points to cancer; | Uranus | Neptune | Sco | Tau | ||||
8 | 1501 | 25 | 《嘉興府志》:「十一月恆寒,冰堅半月,河蕩皆可徒行」。 | ||||||||||
9 | 1512 | 11 | 《長興縣誌》:「十二月大雪丈許,大寒,太湖冰,行人履冰往來。」The taihu lake ice | ||||||||||
10 | 1513 | 1 | 《湖州府志》:「十二月大雪丈許,大寒,太湖冰,行人履冰往來。」The taihu lake ice | 1513 | 4 | April 1513 Jupiter and Uranus meet in Pisces | Jupiter | Uranus | Psc | ||||
11 | 1517 | 4 | 《烏程縣誌》:「大雪丈許,大寒,太湖冰,行人履冰往來」。The taihu lake ice | 1517 | 1 | January 1517 - Neptune, earth, Jupiter line points west of cancer | Jupiter | Neptune | Cnc | Cap | |||
12 | 1550 | 33 | 1550 for theorized beginning of worldwide glacial expansion | 1564 | 11 | 1564 Uranus and Neptune are aligned in the direction of Scorpio and Taurus for the first 14 years | Uranus | Neptune | Sco | Tau | |||
13 | 1595 | 45 | 浙江吳興:大雪平地丈余,兩月雪凍不釋 | 1594 | 9 | Jupiter, Saturn, and Neptune meet in cancer in 1594 | Jupiter | Saturn | Neptune | Cnc | |||
14 | 1596 | 1 | 紹興冬雪連春積丈余 | Jupiter and Uranus will meet in Pisces | Jupiter | Saturn | Uranus | Psc | |||||
15 | 1608 | 58 | River Thames frost fair | 1609 | 10 | In 1609 Jupiter and Uranus met in Taurus a year before | Jupiter | Uranus | Tau | ||||
16 | 1622 | 14 | The Prometheus is frozen | 1623 | 10 | Saturn, Jupiter, and Uranus meet in cancer in 1623, one year before that | Jupiter | Saturn | Uranus | Cnc | |||
17 | 1636 | 14 | 《上海縣誌》:「十二月黃浦凍」。The huangpu river freezes over | ||||||||||
1645-1715 The Maunder Minimum | |||||||||||||
13 | 1650 | 174 | 1650 for the first climatic minimum | 1650 | 6 | June 1650 Uranus and Neptune meet in Scorpio | Uranus | Neptune | Sco | ||||
14 | 1653 | 3 | Nationwide snow disaster in China | Uranus, Neptune close to Sagittarius at a small Angle;September 1653 Jupiter and Saturn meet in the western direction of Capricorn and cancer | Jupiter | Saturn | Uranus | Neptune | Sgr | ||||
15 | 1654 | 59 | 《海鹽縣誌》:「十二月大雪,海動不波,管河水斷」。
《烏程縣誌》:「冬大雪旬余,大寒,太湖冰厚二盡,二旬始解」。 《青浦縣誌》:「冬十一月泖淀凍不解,人行冰上」。 《長興縣誌》:冬大雪旬余,山中人有凍死者,羽簇皆斃」。 《上海縣誌》:「十二月三日黃浦冰」 |
1653 | 9 | Jupiter, earth and Saturn are collinear in Capricorn and cancer | Jupiter | Saturn | Cap | Cnc | |||
16 | 1655 | 60 | 《上海縣誌》:「十一月二十一日大冷,浦水皆冰」。 | ||||||||||
17 | 1658 | 62 | The straits between the isle of wight and the Jutland peninsula are frozen | 1658 | 6 | Jupiter and Uranus will meet in the direction of Gemini and Sagittarius | Jupiter | Uranus | Gem | Sgr | |||
18 | 1670 | 62 | Eastern China is unusually cold | In August 1670 Jupiter and Neptune met in the direction of the eastern constellation of cancer and Capricorn.January 1671 brings Saturn and Uranus together in Aquarius | Jupiter | Saturn | Uranus | Neptune | |||||
1671 | Eastern China is unusually cold | ||||||||||||
19 | 1683 | 61 | 吳興 太湖冰;《上海縣誌》:「十一月黃浦冰,旬余始釋」。The taihu lake ice | 1683 | 1 | Jupiter and Saturn meet in cancer | Jupiter | Saturn | Cnc | ||||
20 | 1686 | 16 | The Delaware river has ice floes | 1686 | 1 | Jupiter and Uranus are aligned in virgo and Aries | Jupiter | Uranus | Ari | ||||
21 | 1690 | 4 | 《上海縣誌》:「十二月…浦江冰凌…」。 | ||||||||||
22 | 1693 | 3 | 《嘉興府志》:「十二月運河冰」。 | ||||||||||
23 | 1742 | 59 | 浙江吳興大雪連旬 | 1742 | 9 | Jupiter and Saturn will meet between cancer and Leo | Jupiter | Saturn | Cnc West | ||||
24 | 1761 | 19 | 《松江縣誌》:「…是又大寒,河冰寒路」。
《肖山縣誌》:「十二月大寒,官河皆凍,大河冰堅數日始解」。 |
1762 | 1 | Jupiter, Saturn and Uranus will meet in Pisces | Jupiter | Saturn | Uranus | Psc | |||
25 | 1762 | 1 | 《嘉善縣誌》:「冬寒甚,六十餘年所未有」。 | ||||||||||
26 | 1763 | 1 | 《嘉善縣誌》:「冬大寒,大冰不開凍者半月」。 | ||||||||||
1770-1830 The Dalton Minimum | |||||||||||||
21 | 1780 | 38 | New York Harbor froze | 1782 | Jupiter and Neptune meet between Leo and virgo in August 1782, two years before Saturn and Jupiter meet in Sagittarius | Jupiter | Saturn | Neptune | Sgr | ||||
22 | 1794 | 14 | 1794–1795 was particularly harsh: the French invasion army under Pichegru was able to march on the frozen rivers of the Netherlands, and the Dutch fleet was locked in the ice in Den Helder harbour. | Saturn in Taurus (M44) | |||||||||
24 | 1796 | 2 | 浙江嘉善正月大雪深數尺,麥多凍死 | 1796 | Jupiter, sun, and Uranus align in the direction of Leo and Aquarius in 1796 | Jupiter | Uranus | Leo | Aqr | ||||
25 | 1814 | 18 | River Thames frost fair | ||||||||||
26 | 1841 | 61 | 清德;《海鹽縣誌》:「冬大雪平地積四五尺,流水盡冰,市斷行人」。
《吳興縣誌》:「十一月大雪為災,平地積數尺」。 |
1842 | 3 | March 1842 Jupiter and Saturn meet in Sagittarius | Jupiter | Saturn | Sgr | ||||
27 | 1861 | 20 | 浙江吳興 太湖凍;《嘉善縣誌》:「十二月二十五日大雪旬余,平地積五六尺,河盡凍,半月始解」。 | 1862 | 12 | Jupiter and Saturn meet in Leo in November 1862 | Jupiter | Saturn | Leo | ||||
28 | 1877 | 16 | 吳興, 12月大雪連旬,奇寒,太湖堅冰經月不解,鳥獸凍斃。 | 1877 | 2 | February 1877 the sun, earth, and Neptune align toward the western constellation of cancer | Uranus | Cnc | |||||
29 | 1892 | 31 | 清德,1982年11月27日,大雨雪,冰凍積四、五尺,大寒……至12月初八日始解。 | 1892 | 1 | January 1892 Jupiter, sun, Saturn sun in Leo and virgo in line, December 1892 Jupiter, earth, Saturn close to the line of three stars | Earth | Jupiter | Saturn | Leo | Vir | ||
Drought and flood | |||||||||||||
30 | 1560 | 1560 The Yangtze river flood | 1559 | 5 | Saturn and Neptune meet in Taurus in May 1559.Neptune in Taurus (M44) | Saturn | Neptune | Tau | |||||
31 | 1604 | 44 | There is a severe drought in north China | 1604 | 1 | January 1604 Jupiter and Saturn meet in Scorpio, opposite to Taurus | Earth | Jupiter | Saturn | Sco | Tau | ||
32 | 1641 | 37 | There is a severe drought in north China | January 1643 - two years before Saturn and Jupiter meet in Pisces | |||||||||
33 | 1761 | 120 | Yellow River flood year | 1761 | 7 | In July 1761, earth, Jupiter, Saturn, and Uranus meet in the direction of Pisces and virgo | Earth | Jupiter | Saturn | Uranus | Psc | Aqr | |
34 | 1788 | 27 | 1788 The Yangtze river flood | 1789 | 5 | May 1789 - one year before Jupiter and Uranus meet in cancer | |||||||
35 | 1796 | 8 | 1796 The Yangtze river flood | 1796 | 8 | August 1796 Jupiter, earth, sun, and Uranus are aligned in Leo and Aquarius | Earth | Jupiter | Uranus | Leo | Aqr | ||
36 | 1801 | 5 | Yellow River flood year | 1801 | 6 | In June 1801 Jupiter and Saturn were at a small Angle to the west of cancer, and in April 1802 Jupiter and Saturn met in Leo | Jupiter | Saturn | Cnc | Leo | |||
37 | 1848 | 47 | 1848 The Yangtze river flood | 1848 | Earth and Jupiter point toward cancer;Jupiter is in cancer and Saturn and Neptune are in Aquarius | Earth | Jupiter | Cnc | Aqr | ||||
38 | 1870 | 22 | 1870 The Yangtze river flood | 1870 | 8 | August 1870 - Jupiter, earth and Saturn are in line in Taurus and Scorpio | Earth | Jupiter | Saturn | Tau | Sco | ||
39 | 1876 | 6 | There is a severe drought in north China | 1875 | 11 | In August 1874, Saturn and Uranus meet in cancer and Aquarius.November 1875 - Saturn, earth, Uranus and three planets line west of cancer | Saturn | Uranus | Cnc West | ||||
40 | 1877 | 1 | There is a severe drought in north China | 1875 | 11 | November 1875 - Saturn, earth and Uranus align in the western constellation of cancer | Saturn | Uranus | Cnc West | ||||
41 | 1887 | 10 | Yellow River flood year | 1888 | 5 | May 1888 - a year before Jupiter and Neptune meet in Scorpio and Taurus | Jupiter | Neptune | Sco | Tau | |||
42 | 1928 | 41 | 1928 The Chinese famine of 1928–1930 | 1928 | 1 | January 1928 - earth, Jupiter and Uranus align in Pisces | Earth | Jupiter | Uranus | Psc | |||
43 | 1931 | 3 | 1931 China floods or the 1931 Yangtze-Huai River floods | 1931 | 1 | January 1931 Jupiter, the sun, Saturn and three stars line toward Sagittarius | Jupiter | Saturn | Sgr | ||||
44 | 1954 | 23 | 1954 The Yangtze river flood | 1954 | 10 | October 1954 earth, Jupiter, Uranus and three stars are colinear toward the eastern constellation of cancer | Jupiter | Uranus | Cnc East | ||||
45 | 1969 | 15 | 1969 The Yangtze river flood | 1969 | 3 | In March 1969, the sun, earth, Jupiter and Uranus align in the direction of Leo and virgo | Jupiter | Uranus | Leo | Vir | |||
46 | 1972 | 3 | There is a severe drought in north China | 1971 | 11 | November 1971 Saturn, earth, and Neptune align in the direction of Scorpio and Taurus | Earth | Saturn | Neptune | Sco | Tau |
Position | Illustration |
---|---|
Sagittarius | It points to the center of the Milky Way galaxy and is obvious near clusters M8 and M22. The most affected planets are Jupiter, Uranus and Pluto. Of the 39 major earthquakes, 7 occur in Sagittarius and three major earthquakes occur as Uranus passed through Sagittarius three times. When the planet is in Sagittarius, its connection to earth passes through the sun on both sides and points to Taurus and Gemini, both of which have obvious sources of strong gravity. Be aware that there is a strangely calm area between Sagittarius and Capricorn that is free from major earthquakes.
The influence on temperature is obvious, but the heat and cold are uncertain. |
Cancer | There are two obvious regions in Cancer. The eastern side is located near the IC 2307 galaxy group in the direction of cluster M44 toward Gemini. In 1556, the earth was in the direction of Cancer when the Jiajing earthquake occurred. In 1976, when the Tangshan earthquake occurred, the lines of earth, sun and Saturn were pointing towards Cancer. There are a wide range of gravitational sources on the west side of Cancer. 5 of the 39 major earthquakes occurred within 6 degrees of the earth's gravity source (ignoring the precession) mainly around the beginning of spring (January 26-February 4). It is important to note that the earth and other planets point to the west of Cancer when many mysterious events in nature occur. When the earthquake occurs, Jupiter is mostly in the west of Cancer, while Saturn is in the east. |
Leo | It is obvious inα Leo (32 Leo)、χ Leo(63 Leo)、σ Leo( 77 Leo). The radiating points of Leo (63 Leo) and - Leonids meteor shower have the same longitude with the major earthquake occurred from February 15 to March 11.
Temperature: the Earth cools when Uranus and Neptune meet in Leo. |
Virgo | The uniqueness of Virgo's source of gravity is that it is more obvious over θ Vir (51 Vir), where Earth passes through from March 28 to April 11 every year. The special thing is that Uranus and Neptune will cause extreme cold weather when they meet between Leo and Virgo (near the vernal equinox). Uranus and Neptune meet at the time of the 8.2 millennium event, which may be related to the Virgo supercluster with cluster M87 as the reference center. |
libra | It is obvious in theαLib(8 Lib), libra center and May libra meteor shower radiant point . Major earthquakes usually occur between May 9 and May 24. The 3,600-year temperature cycle indicates that Uranus and Neptune conjunction in libra will produce a sudden change in earth's temperature in a short period of time from a sustained warm period to a cold one. |
Scorpio | The location of the source of gravity in Scorpio is near cluster M80, with Sco being the most obvious, corresponds to the Taurus source of gravity through earth orbit.. The 3600 temperature cycle corresponds to a distinct cold period. |
Capricorn | Cap (32 Cap) corresponds to the western side of Cancer on the other side of the solar system, which is similar to the effect of Lib (8 Lib) on climate. The earth is likely to heat up more than 2.5 ℃ over the next 300 years after a 1℃ cooling (regardless of the climate impact of human activity) |
Aquarius | There are four regions Aqr-57 Aqr、λ Aqr - 73 Aqr、ψ1 Aqr - 91 Aqr、NGC 7585 group. Whether in the 59-year or the 83-year cycle, the frequency of major earthquakes in the Aquarius is very high. The source of gravity in this region corresponds to Cancer and Leo after passing through the earth's orbit. Attention needs to be paid to multiple meteor shower radiation points near Aquarius. The 3600 years』 long cycle of temperatures showed a cooling process that lasted 100 years with a magnitude of 2 ℃. |
Pisces and Aries | There are no significantly concentrated celestial bodies in this part and they point to the group of exoplanets with the NGC 524 group having the most notable gravitational source, where the Wall , Andromeda Galaxy (M31) and the Triangle Galaxy (M33) stay. These areas are characterized by a large and uniform number of planets during the earthquake, similar to the longer trajectory changes of the radiant points of two meteor showers in northern and southern Taurus. The temperature cycle of 3600 years presents a gradual oscillation and increase. |
Taurus | Taurus has a number of clear points, between which and Orion, Pluto has a strong correspondence .When Pluto passed through here twice in succession in 1647 and 1896, Neptune in 1896 and 1730, and Uranus in 1861 and 1946, large thrust zone earthquakes occurred. Taurus's gravitational source has a significant effect on the earth-moon system. The ancients called it "rain star" as it rains a lot when the moon approaches, which may be related to X-ray or low frequency electromagnetic radiation of M1. The earth passes through Taurus every year in November and December, which is a period of high earthquake. |
Gemini | Uranus has a greater influence on the earth in Sagittarius and Gemini, and perhaps is influenced by the Milky Way galaxy disk and its special axis of rotation. The 3600 temperature cycle shows two significant temperature drops. |
The periodicity of large earthquakes is the result of periodic conjunction between the planets and the relatively fixed strong gravitational sources outside the solar system. The periods of the two planets at certain angles are approximately equal to integer multiples of their meeting periods, for example, the 59 –year circle of earthquake is the result of Saturn and Uranus meeting 3 times, the 83 years is Jupiter and Uranus and167 years is Saturn and Uranus and so on. Under the influence of precession, this period will change position with time. When they reach two strong gravitational sources at different times, this period will disappear; otherwise, a new cycle will appear. The characteristics of planetary conjunction and strong gravity sources analyzed from the data of earthquakes and typhoons are as follows:
- Different sources of gravity have various effects on different planets. According to the data of the position of planets at the time of 39 major earthquakes, it was found that the spatial distribution of the earth was close to that of Mars and Jupiter, while that of Uranus, Neptune and Pluto is close.
- The celestial phenomena have different cycles of influence on different types of events; the impact of planetary Conjunctions and Oppositions on earthquakes is about 3 days and that of the Jupiter and Saturn conjunction on the climate lasts 3-5 years5, while Uranus and Neptune rendezvous can affect hundreds of years.
- The gravity strength is superimposed as large earthquakes are the result of the joint influence of multiple planets and external gravitational sources.
- The boundary range of such gravitational action of celestial bodies is clear. For example, earthquakes related to the opposition of Jupiter occur 4-7 days before the phenomenon, and these triggered by the conjunction of Jupiter occur more frequently 16 days before or after (Fig.7.1-7.4).
- The Angle and direction of the sun and the earth-moon system have a great influence on the location and time of the earthquake. When several earthquakes occurr in the same place, the angle formed by the sun-earth-moon is the same, and even the time of that is about the same. At this time, the angle of earth rotation relative to the sun is about the same (Fig. 8).
- The direction of the earth-moon system changes regularly with the position of the earth in the solar system. For example, the big earthquakes before and after the beginning of the spring occurred in the first to eighth day of the Chinese lunar calendar and these on March 19-March 10 occurred mostly in the fifth day of the eighth day of the lunar calendar, at which time, the sun and earth pointing to Leo, earth and moon pointing to Aries and Taurus. The earthquake between March 25 and April 15 occurred mostly in the eighth day of the lunar calendar when the earth was in Virgo, and the moon was pointing between Virgo and Gemini. (Fig.9)
- Earthquakes also have long periods of variation. For example, the major earthquakes of the 18th century mostly occurred in October, while those of the 20th and the beginning of the century mostly occurred in March. However, no matter in what period, the major earthquakes were more frequent in February and November. In this data, 23 major earthquakes occurred in these four months, accounting for 57.5%.
- The longitude of the place where the earthquake occurs is found as follows: the most obvious position is about 9 degrees east of the main gravity beam, followed by the direction near it and the external gravity source, near one of the two vertical gravity beams, the Angle bisector of them, and the direction of the solar gravity. (Supplementary Fig.1.19-1.39)
- It is often accompanied by electromagnetic anomalies and ground-light phenomena [11][12] :this is common in many major earthquakes and multiple mysterious natural phenomena.
Abnormal increase of gravity before the earthquake has been detected,[13],[14][15][16][17]which is believed to be related to the time and range of strong gravity and the accumulation degree of plate stress, but there is no direct evidence that its intensity can cause large earthquakes. When the gravitational force between planets is in the same direction as that from the gravitational source outside the solar system, some materials inside the planet are stimulated by it and change the arrangement of the microstructure. The stimulated radiation sends out a gravitational beam with small divergence, making the gravitational field of the planet uneven. Strong gravitational beams perturb the earth's crust, causing a rapid release of stress that causes earthquakes. The relatively stable stress accumulation speed of the crust and strong external periodic disturbance factors make the occurrence of earthquakes periodic. The disturbance to the crust includes the change of gravity intensity in a short time and the effect of local deformation caused by gravity. The earthquakes are induced when this gravitational beam is strengthened, the gravitational force between the earth and the moon, or between the sun and the earth, which explains why the earthquakes occur more often in the new moon, the plenilune , the morning, noon, evening, and midnight4. We believe that this gravitational beam is sometimes very strong and can instantly attract and deform all matter from the core to the earth's crust and even the sky, forming a mantle plume or Richard structure. During an astronomical event 335 to 175 million years ago, the gravitational beam penetrated the mantle and crust to form mantle plume, gradually dividing the American and the African plate from the middle of Pangaea and forming the Atlantic Ocean. And a "successful" gravitational beam created the eye of the Sahara, which may be the clearest appearance of the gravitational beam on earth. In Pangaea, the eye of the Sahara is next to the Bermuda triangle, whose corresponding region is near Australia by passing through the center of the earth, while the Richard structure is concentrated and numerous in Australia and the Middle East. Solar activity and cosmic rays have been found to be one of the factors affecting the intensity of cyclone at mid-latitudes. [18] The path and intensity of the typhoon are closely related to the abnormal disturbance before the earthquake and the induction factor of which is similar to that of the earthquake. [19] However, the difference is that typhoons generally show obvious seasonality under the influence of other necessary conditions. The slow recovery of material gravity in the region after the loss of the gravitational beam may be one of the driving forces behind the strengthening or continuation of tropical cyclones. Storms in the same area follow the Saros Cycle[20], and the location between the lunar system and the external planets is one of the perturbation factors of the super-strong storm.
The effects of celestial gravity on climate and weather changes are reflected in the following aspects:
a) Analysis of the changes in the 1950-2018 Arctic Oscillation (AO) monthly index shows that as the planetary multi-star line passes through the Sun, the AO index is mostly positive, and as it deviates from the sun approaching the earth, the index is negative. Besides, a conjunction of planets in winter causes extreme cold.
b) The 11,000-year temperature data for the reconstruction of the Greenland ice core show that the 171-year conjunction cycle between Uranus and Neptune and the 3599.47-year cycle between Leo and Virgo are the most significant, while they show uncertainty about temperature changes at the time of the Sagittarius conjunction, with the rest of the cycle trend changing very consistently.
c) The conjunction of the field planets with the earth will cause temperature changes, which is evident in the historical recording of the extremely cold weather during 1000 years.
d) The influence on the earth's temperature caused by the conjunction of the gravitational sources of the planets in different directions vary, that is , the earth heats up when the planets meet in the Sagittarius or its extension line, while cools down in the vernal equinox or its extension line. The variation of AO monthly index shows that the winter AO change index is mostly positive when the field planet conjunction in the direction of Sagittarius and Scorpio or in the Taurus and Gemini on both sides of their extension lines, while the index is negative as it is in the Aquarius -Pisces or the corresponding Leo-Virgo direction. Climate cycle of 3600 years shows that the most obvious temperature increase is between libra, Capricorn and Aquarius while temperature decrease is between Leo and Virgo, which is basically consistent with the long-term temperature change trend of the corresponding direction of the planet when the AO index changes. It is suspected that the 8.2 millennium event and the disappearance of the Chinese Dadiwan (Earth Bay) culture are the result of the earth temperature change caused by the conjunction of Uranus and Neptune in Leo and Virgo. We suspect that Nibiru's cycle may be the one in which Uranus and Neptune meet 21 times, approximately a circle in the zodiac (considering precession). The coldest 1650 of the little Ice Age is the confluence of Uranus and Neptune between Scorpio and Sagittarius. The special astronomical events in the medieval warm period were between 946 and 950, when the five major planets were between Cancer and Leo at the same time. The variation of the AO monthly index is considered to be the result of the balance between the solar radiation intensity under gravitational disturbance and the earth's own temperature change. The AO is positive as strong gravitational beam passes through the sun resulting in solar radiation intensity, while it is negative when the beam goes through or approaches the earth leading to the disturbance of Ocean7 and the polar cyclone appearing extremely low temperature,. Although there are still many unknowns in this process, we know that the circle of solar and the climate change are consistent[21][22], that the arctic oscillation is associated with solar irradiation intensity[23], and that and the Millennium Cycle of the North Atlantic and the Glacial Climate is also related to foreign planets[7],[24]. It's not clear why planets meet in different directions can cause various climate changes. Uranus and Neptune can affect solar activity when they meet[25], but it's not clear why this could last for hundreds of years, possibly due to a rearrangement of solar material caused by the conjunction or a long period of recovery from gravitational anomalies at the bottom of the ocean. Extreme weather such as drought and heavy rain is related to the cloud chamber effect of cosmic radiation changes associated with strong gravitational fields[26],[27].
Humans can directly or indirectly perceive changes in the gravitational field and are affected by the gravitational force or accompanying electromagnetic anomalies from the sun, the moon, planets, and especially foreign planets, thus affecting human individual and group behavior. During this period, suicides, school shootings, serial killings, suicide terrorist attacks, riots, insurrections and wars occur in a concentrated way, mainly in the following aspects:
a) There will be a concentrated outbreak of school shootings.
b) The time of suicide is obviously rhythmical and the action itself usually occurs in the planetary conjunction, especially with Uranus and Neptune. The suicide of a number of Celebrities from all over the world have correlations, even that of the Cultural Revolution Period also occurred in a concentrated time.
c) The killer's time for each homicide in California in the 60-70s of the last century corresponds to a three-star in a line event involving an Exoplanet, and the self-proclaimed zodiac killer seems to realize something.
d) Multiple serial killers in different countries and regions seem to commit their crimes at the same time every year, and this time period changes synchronously from year to year. It was also this unexpected discovery that led me to start my research on the relationship between earthquakes and celestial bodies. Related issues will be discussed separately.
e) Insurrection, riot and war mostly occurred at the time of Jupiter's opposition, and history has biological characteristics. During the evolution of life on earth, the tides caused by the moon were involved in the evolution of vertebrates from the sea to the land[28], which provide the environment and time it takes for large populations to land. In this slow and periodic replacement process of full tide and dry tide, organisms evolved the ability to sense gravity and adapt to corresponding environmental changes, forming a fixed endogenous biological rhythm. The perceptual function of the gravitational field in the human brain may directly or indirectly act through neuronal electrical activity, which in turn affects the level of hormones and neurotransmitters. Humans have become accustomed to periodic changes in the gravitational field between the moon and the earth, once other planets or external gravitational sources act with longer cycles, short periods, and high intensity, their effects will exceed normal, often showing some extreme behavior due to individual differences or the strengthening of their own biological rhythms. Suicide, serial killings, and school shootings are obviously characterized by the appearance of Samsung in the field. The gravitational influence range of Uranus, Neptune and other planets are small, with short time and strong intensity, whose impact on the individual is more obvious, often show as out of control. Riots and wars often occur in the conjunction of Jupiter when the wide range of Jupiter's gravity can form a physiological basis for collective emotional changes.
Many unsolved mysteries and some special events in nature caused by celestial gravity. There are similar phenomena in the occurrence of some mysterious events in nature, the most special feature of which is that in addition to the multi-star line, there are the alignment of the Earth and other foreign planets pointing to Cancer West. It is believed that the strong attraction, the electromagnetic anomaly accompanying it, and the large amount of interstellar matter and cosmic rays in the gravity beam are the main reasons for the unexplained aviation accidents and mysterious events. By comparing the time of gravitational waves discovered by LIGO, the source of gravitational waves is suspected. Because three of the four gravitational waves discovered have obvious three-star alignment, which was suspected to have come from the earth's interior or between planets. I hope LIGO scientists pay attention to and rule out the influence of planetary rendezvous. (Table.3).
Num | Date time | Event | Position and direction of the planet |
---|---|---|---|
1 | 79-08-24-
79-08-25 |
Eruption of Mount Vesuvius in 79 | Mercury - earth - Uranus - Aquarius;
Earth - Jupiter - Taurus -M45; Mars-earth-virgo supercluster; The combined gravity of Venus and Mars strengthens Jupiter's pull on earth. |
2 | 1626-5- 30
At 9 am |
Wanggongchang Explosion | Earth - Jupiter - Neptune - virgo;
Jupiter - Saturn - Uranus line of three stars, pointing toward cancer, affects Jupiter; |
3 | 190-6-30
At 7:17 a.m |
Tunguska event | Uranus and Neptune meet in the direction of Sagittarius and Gemini.
Neptune, sun, mercury, Venus, moon, earth, Uranus are almost in a straight line, pointing toward Sagittarius; Earth Jupiter points west toward cancer; |
4 | 1959-2-2 | Dyatlov Pass incident | Uranus thrusts, sun, earth, Uranus points toward cancer;
Jupiter - moon - earth - Mars - Taurus M45; |
5 | 1945-12-5 | Flight 19 | Uranus rules Taurus;
Sun - mercury - moon - earth - Uranus - Taurus; |
6 | 1947-7-5 | Roswell UFO incident | Earth - Uranus - Cancer |
7 | 1948-1-31 | Star Tiger and Star Ariel | Jupiter - earth - Uranus - Taurus;
Saturn is west of cancer; |
8 | 1859-9-1 | Solar storm of 1859 | Sun - Venus - Mars - Saturn - west of cancer;
Uranus in Taurus; |
9 | 2015-9-14 | GW150914 | Neptune - earth - Jupiter three-star alignment (2015-9-18)
Aquarius Leo direction |
10 | 2015-12-26 | GW151226 | |
11 | 2017-01-04 | GW170104 | Jupiter - earth - Uranus (2016-12-26) |
12 | 2017-08-14 | GW170814 |
Establishing galaxies and larger-scale celestial structure models by using the concept of celestial excited state linear gravity are consistent with observations and do not require excessive dark matter participation. We define "gravitational element" as the minimum unit of gravitation for the convenience of description as the mechanism of gravitation is unclear. It can be a gravitational ray of microscopic radiation and some form of movement between matter and energy or a time-space attribute that is disturbed. Through these findings, we believe that the gravitational field may have two states: the general state gravitational field and the excited state one with small divergence formed by stimulated radiation of the gravitational element. (Fig. 10).In the former field, the gravitational force is spherically distributed and the Gaussian gravitational flux is inversely proportional to the square of the distance and proportional to the mass . ∯_∂V▒〖g⋅ⅆA=G M/(4πR^2 )〗 The latter has significant directivity, and the gravitational flux is inversely proportional to the spherical crown area corresponding to the gravitational beam, that is, inversely proportional to the product of the square of the distance and that of the stereoscopic angle, which is proportional to the mass participating in the excitation radiation ∯_∂V ▒〖g⋅ⅆA=〗 G m/〖ΩR〗^2 =G m/(4π sin^2〖(θ/2) R^2 〗 ). So we ignored the excited states in galaxy cantilever gravitational radiation produced by solid Angle, the intensity and the time. If the objects in the cantilever are intermittently affected by a background gravitational field with roughly the same strength in the air at different times, the stars within it will move at roughly the same speed[29] without excessive material participation. Before the merger of two large-mass objects, the galactic nucleus is formed under the action of the general gravitational field while the flat spiral arm formed in the linear attraction of the excited state. Different core forces in the galaxy form different galaxies. A broader linear background gravitational field may be the cause of the formation of the Great Wall of galaxies and the large-scale fibrous structure of the universe. It requires further exploration as to whether the gravitational field affects the distribution of matter in existing galaxies or the gravitational field opens up new space-time and produces new matter. Everything becomes active in the cantilever under the strong background gravitational field: Firstly, the stars are born and the cantilever becomes bright, and they are related to each other through the gravitational beam, making the cosmic rays increase. Secondly, a major outbreak of life was induced as a result of the increase of the solar irradiance in the solar system and, life genetic variation as well as the earth's temperature .The resulting devastating geological movement or dramatic climate change would cause mass extinctions, over and over again.
Many researches can be done on the celestial gravitation, which affects the whole earth and human beings. I hope to use the inevitable disaster to verify our response. At present, there are three problems that need to be solved together. First, there is a high possibility of strong earthquakes in 2019 and the next three years. Second, the cause of the relevant air crash re-investigation, looking for solutions; Third, attention should be paid to suicide, related criminal cases, violent incidents and some diseases, and breakthroughs should be made in the fields of medicine and life sciences.
1. Collect the occurrence time and astronomical events of various types of events, visually process them in AutoCAD according to Julian calendar, and compare, summarize and summarize them according to Sumerian methods.
The value of the horizontal axis of the event is the Julian calendar when the event occurs, a unit represents a day, and the value of the vertical axis is the eigenvalue and text label of the event. In order to facilitate the observation of changes, the eigenvalue can be appropriately scaled up according to the value type. See source data for specific processing. Data for various types of events include:
1) Historical seismic data:
a) Earthquakes (M≥7) since 1900, USGS; https://earthquake.usgs.gov/earthquakes/browse/
b) Earthquakes (M≥6) since 1900, CENC; http://www.ceic.ac.cn/history
c) Chinese historical earthquake catalog data (-18310000-19691231 M≥4) The data set is provided by China Earthquake Data Center.(http://data.earthquake.cn)
d) The European-Mediterranean Seismological Centre (EMSC) https://www.emsc-csem.org/Earthquake/?filter=yes
e) Significant Earthquake Database. National Geophysical Data Center, NOAA. https://www.ngdc.noaa.gov/nndc/struts/
f) The focus is on modeling and analysis of 39 large earthquakes, 39 earthquakes of magnitude 8.4 and above, including the 20 largest large earthquake catalogs of the 20th century and the wikipedia historical catalogs of earthquakes of magnitude 8.4 and above before the 20th century。 https://earthquake.usgs.gov/earthquakes/browse/largest-world.php https://en.wikipedia.org/wiki/Lists_of_earthquakes
2) Meteorological data:
a) Monthly mean Arctic Oscillation index since January 1950 https://www.cpc.ncep.noaa.gov/products/precip/CWlink/daily_ao_index/ao.shtml
b) Total Solar Irradiance Data The Solar Radiation and Climate Experiment (SORCE) and The Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado Boulder (CU) http://lasp.colorado.edu/home/sorce/data/tsi-data/#data_files
c) Typhoon data were collected at Kitamoto Laboratory http://agora.ex.nii.ac.jp/digital-typhoon/
d) GISP2 Ice Core Temperature and Accumulation Data. NOAA Paleoclimatology Program and World Data Center for Paleoclimatology, Boulder ftp://ftp.ncdc.noaa.gov/pub/data/paleo/icecore/greenland/summit/gisp2/isotopes/
e) Extreme weather record
3) Aastronomical data:
a) JPL Planetary and Lunar Ephemerides, DE405/LE405 ftp://ssd.jpl.nasa.gov/pub/eph/planets/ascii/
b) The Constellations projection: The International Astronomical Union(IAU) https://www.iau.org/public/themes/constellations/ Stellarium. https://stellarium.org WorldWide Telescope. http://www.worldwidetelescope.org/
c) Astronomical event calculation Stellarium. https://stellarium.org
d) Meteor data: International Meteor Organization: IMO https://www.imo.net/
4) Other social data
a) List of accidents and incidents involving commercial aircraft from Wikipedia. https://en.wikipedia.org/wiki/List_of_accidents_and_incidents_involving_commercial_aircraft
b) List of school shootings in the United States. https://en.wikipedia.org/wiki/List_of_school_shootings_in_the_United_States
c) The Global Terrorism Database (GTD). https://www.start.umd.edu/gtd/
d) List of Bermuda Triangle incidents. e) Serial homicide database all from the network (news, documentary reports, encyclopedia) collation.
f) The suicide list comes from the Internet
2. DE405 ephemeris is used to calculate the coordinates of the sun, eight planets and international celestial coordinate system (ICRS) where Pluto is located when 39 large earthquakes (M>8.4) occur,Modeling in AutoCAD,Project the constellation near the ecliptic to the international celestial coordinate system,Induction, comparison, looking for rules.
- ↑ Gradually stone. The "Classic of Poetry". Lesser Court Hymns, [M]. (9th to 8th century BC).
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- ↑ Satoshi, I., Suguru, Y. & Yoshiyuki, T. . Nature Geoscience 9, 834–837 (2016).
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- ↑ Scafetta, N. Empirical evidence for a celestial origin of the climate oscillations and its implications Journal of Atmospheric and Solar-Terrestrial Physics. 72, 13, 951-970 (2010).
- ↑ 7.0 7.1 Keeling, C. D., Whorf, T. P. The 1,800-year oceanic tidal cycle: A possible cause of rapid climate change. PNAS. 97, 8, 3814-3819(2000).
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- ↑ Scafetta, N., Mazzarella, A. Spectral coherence between climate oscillations and the M ≥ 7 earthquake historical worldwide record. Natural Hazards. 76, 3, 1807–1829(2015).
- ↑ Batygin, K., Brown, M. E. Evidence for a Distant Giant Planet in the Solar System. The Astronomical Journal. 151, 2, 22 (2016).
- ↑ Xie, T. et al. Retrospective analysis on electromagnetic anomalies observed by ground fixed station before the 2008 Wenchuan MS8.0 earthquake. Chinese Journal of Geophysics. 61, 5, 1922-1937 (2018).
- ↑ Kamogawa,M., Ofuruton, H., Ohtsuki, Y.-H. Earthquake light: 1995 Kobe earthquake in Japan. Atmospheric Research. 76, 1–4, 438-444 (2005).
- ↑ Vallée,M. et al. Observations and modeling of the elastogravity signals preceding direct seismic waves. Science. 358, 6367, 1164-1168(2017).
- ↑ Hao, H.-T., Wei, J., Hu, M.-Z., Liu, Z.-W., Li,H. Temporal variation of gravity field prior to the Ludian Ms6.5 and Kangding Ms6.3 earthquakes. Geodesy and Geodynamics. 6, 6, 429-436(2015).
- ↑ Montagner, J.-P. et al. Prompt gravity signal induced by the 2011 Tohoku-Oki earthquake. Nature Communication.s 7, 13349 (2016).
- ↑ Zhan, F. et al. Gravity changes before large earthquakes in China: 1998–2005. Geo-spatial Information Science. 14, 1, 1-9 (2011)
- ↑ Qiang, J.-K. et al. Frequency characteristics and far-field effect of gravity perturbation before earthquake. Applied Geophysics. 14, 1, 1–9(2017).
- ↑ Veretenenko, S. V., Dergachev, V. A., Dmitriyev, P. B. Solar activity and cosmic ray variations as a factor of intensity of cyclonic processes at midlatitudes. Geomagnetism and Aeronomy. 47, 3, 375–382(2007).
- ↑ Hu, X.-G., HAO, X.G. An analysis of the influences of typhoon on anomalous tremors before the great Wenchuan and Kunlunshan earthquakes. Chinese Journal of Geophysics, 52, 5,1363-1375 (2009).
- ↑ Desplanque,C., Mossman, D.J. Storm Tides of the Fundy. Geographical review. 89,1,23-33(1999).
- ↑ Friis-Christensen, E., Lassen, K. Length of the Solar Cycle: An Indicator of Solar Activity Closely Associated with Climate. Science 254, 5032, 698-700(1991).
- ↑ De La Torre, L., Gimeno, L., Añel, J.A., Nieto, R. The role of the solar cycle in the relationship between the North Atlantic Oscillation and Northern Hemisphere surface temperatures. Advances in Atmospheric Sciences. 24, 2, 191-198(2007).
- ↑ Darby, D. A., Ortiz, J.D., Grosch, C. E., Lund ,S.P. 1,500-year cycle in the Arctic Oscillation identified in Holocene Arctic sea-ice drift. Nature Geoscience 5, 897–900 (2012).
- ↑ Bond, G. et al. A Pervasive Millennial-Scale Cycle in North Atlantic Holocene and Glacial Climates. Science. 278, 5341, 1257-1266(1997).
- ↑ Sharp, G.J. Are Uranus & Neptune Responsible for solar grand minima and solar cycle modulation? International Journal of Astronomy and Astrophysics, 3260–273 (2013).
- ↑ Usoskin, I. G., Marsh, N., Kovaltsov,G. A., Mursula, K., Gladysheva, O. G. Latitudinal dependence of low cloud amount on cosmic ray induced ionization. Geophysical Research Letters. 31, 16, (2004).
- ↑ Carslaw, K. S., Harrison, R. G., Kirkby, J. Cosmic Rays, Clouds, and Climate. Science 298, 5599, 1732-1737 (2002).
- ↑ Grant, R.A., Chadwick, Elizabeth. A., Halliday, T. The lunar cycle: a cue for amphibian reproductive phenology? Animal Behaviour. 78, 2, 349-357 (2009).
- ↑ Rubin, V. C., Ford, W. K., Jr., Thonnard, N. Extended rotation curves of high-luminosity spiral galaxies. IV - Systematic dynamical properties, SA through SC. The Astrophysical Journal Letters. 225: L107–L111. Bibcode:1978ApJ...225L.107R.