Pole Shift

Pole Shift: Encyclopedia II - Gaebyeok - Critical moment

According to Jeung San Do's teachings, humanity is now living near the end of the cosmic summer. The cosmic summer and spring have been a time of growth, diversity, and conflict, but autumn will be a time of maturity, returning to oneness, and harmony. For this to happen, the Autumn Gaebyeok must take place on three levels: Transformation of nature Transformation of society < ...

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Pole Shift: Encyclopedia - Earth's magnetic field

Earth's magnetic field (and the surface magnetic field) is approximately a magnetic dipole, with one pole near the geographic north pole and the other near the geographic south pole. An imaginary line joining the magnetic poles would be inclined by approximately 11.3° from the planet's axis of rotation. The cause of the field is probably explained by dynamo theory. The magnetic field extends several tens of thousands of kilometres into space as the magnetosphere. Earth's magnetic field - Magnetic poles. Including:

Pole Shift: Encyclopedia - Stilts

This article is about the poles. For the type of bird, see stilt. Stilts are poles, posts or pillars used to allow a person or structure to stand at a certain distance above the ground. Walking stilts are poles equipped with steps for the feet to stand on, or straps to attach them to the legs, for the purpose of walking while elevated above a normal height. In flood plains, and on beaches or unstable ground, buildings are often constructed on stilts to protect them from dam ...

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Pole Shift: Encyclopedia - Anti-Polonism

Anti-Polonism (alternatively spelled antipolonism; also, Polonophobia) is a term used to collectively describe a broad spectrum of hostile sentiments toward Poles. While the term is used in Polish (antypolonizm), its use in English has been limited. The term was used frequently in 19th century Poland to describe the anti-Polish policies of German-Prussian statesman Otto von Bismarck[citation needed]. The English derivation does not appear in major English dictionaries, and according to Lex ...

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Pole Shift: Encyclopedia - Solstice

Solstice is an astronomical term regarding the position of the Sun in relation to the earth's equator. The name is derived from Latin solstitium (from sol: "sun" and sistere: "stand still"). During the year, the position of the sun seen from earth moves North and South. When it changes direction it stands still momentarily. So solstices are those moments of the year when the sun reaches its southernmost or northernmost position, ...

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Solstice - Behaviour of the sun

Read more here: » Solstice: Encyclopedia - Solstice

Pole Shift: Encyclopedia - Western Hemisphere

Western Hemisphere (capitalised) is a geopolitical term for the Americas and associated islands. It is derived from the geographical western hemisphere, which is the half of the Earth that lies west of the prime meridian, but usage has shifted so that, in American English, the term generally refers collectively to North America (including Central America) and South America, including the Caribbean and other islands (e.g., Greenland). It is also used in a more demographic sense, for the people (and governments and nations) inhab ...

Pole Shift: Encyclopedia - Geodetic system

Geodetic systems or geodetic data are used in geodesy, navigation, surveying by cartographers and satellite navigation systems to translate positions indicated on their products to their real position on earth. The systems are needed because the earth is not a perfect sphere. Examples of map data are: WGS 84, 72, 64 and 60 of the World Geodetic System NAD83, the North American ...

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Pole Shift: Encyclopedia - Precession

Precession refers to a change in the direction of the axis of a rotating object. In physics, there are two types of precession, torque-free and torque-induced, the latter being discussed here in more detail. Specifically, precession may refer to the precession that the Earth experiences or its effects on astronomical observation, or to the precession of orbital objects. Precession - Torque-free precession. Only solid objects can be in torque-free precession. For example, when a plate is thrown, the plate ma ...

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Precession - A changing north star

Pole Shift: Encyclopedia - Control theory

In engineering and mathematics, control theory deals with the behavior of dynamical systems over time. The desired output of a system is called the reference variable. When one or more output variables of a system need to show a certain behaviour over time, a controller manipulates the inputs to a system to obtain the desired effect on the output of the system. Control theory - An example. As an example, consider cruise control. In this case, the system is a car. The goal of cruise control is to keep ...

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Control theory - Model identification and robustness

Control theory - Main control strategies

Control theory - Appendix A

Pole Shift: Encyclopedia - Chandler wobble

The Chandler wobble is a small variation in Earth's axis of rotation, discovered by American astronomer Seth Carlo Chandler in 1891. It amounts to 0.7 arcseconds over a period of 435 days. In other words, Earth's poles move in an irregular circle of 3 to 15 metres in diameter, in an oscillation. The wobble's diameter has varied since discovery, reaching its most extreme range recorded to date in 1910. The cause is unknown: barring any external force, the wobble should have eventually subsided. Originally it was believed that th ...

Pole Shift: Encyclopedia - Aberration of light

The aberration of light (also referred to as astronomical aberration or stellar aberration) is an astronomical phenomenon which produces an apparent motion of celestial objects. It is caused by the twin facts that the speed of light is finite, and that an observer on Earth is moving in inertial space. It does not require Earth to carry an observer to some other position after some period of time—only that Earth have some instantaneous velocity. A change in the position of an observer causes parallax ...

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Aberration of light - Explanation

Aberration of light - Historical background

Pole Shift: Encyclopedia - Latitude

Latitude, sometimes denoted by the Greek letter φ, gives the location of a place on Earth north or south of the Equator. Latitude is an angular measurement ranging from 0° at the Equator to 90° at the poles (90º N or 90º S). Co-latitude is the complement of latitude. Latitude - Lines of latitude. All locations of a given latitude are collectively referred to as a line of latitude or parallel, because they are coplanar, and all such planes are parallel to the Equator. Lines of latit ...

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Latitude - Latitude and wealth

Read more here: » Latitude: Encyclopedia - Latitude

Pole Shift: Spiritual - Theosophy Dictionary on Pole Star

Pole Star The north star, alpha polaris in the constellation of Ursa Minor, is within 1½ degrees of the north pole of the celestial sphere, to which the north end of the earth's axis points. This point is therefore the center around which the other constellations, in their daily apparent motion, revolve.

The precession of the equinoxes shifts the position of the celestial north pole in a cycle of about 26,000 years, to a maximum extent of about 47 degrees; and thus we have a means of ascertaining ancient dates if we have any record of the position of the pole among the stars at the epochs in question. The Secret Doctrine speaks often in veiled terms of movements of the earth's axis and hence of the position of the celestial north pole. Of the first continent, the Sacred Imperishable Land, it is said that the pole star has his watchful eye upon it from the dawn to the close of the twilight of a day of the Great Breath. Again, at one time a star in the constellation Draco occupied the position.

In India the pole star is known as Dhruva, and the celestial or cosmic north pole, as well as the terrestrial north pole, is called Meru, the seat of Brahma.

Pole Shift: Encyclopedia II - Quantum electrodynamics - Physical interpretation of QED

In classical physics, light is observed to take the quickest path between two points; but how does light `know where it's going'? That is, if the start and end points are known, the path that will take the shortest time can be calculated. However, when light is first emitted, the end point is not known, so how is it that light always takes the quickest path? The answer is provided by QED. Light doesn't know where it is going, and it doesn't always take the quickest path. In fact, according to QED, it takes EVERY possible path b ...

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