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Astrological progression is a part of what is usually called predictive astrology, the claim of astrology to predict or forecast future trends and developments. Most astrologers nowadays regard the term 'prediction' as something of a misnomer, as modern astrology does not claim to directly predict future events as such.
Returns apply also to the sun and moon - an astrologer would say that a person's birthday is technically their 'solar return'; for it marks the day when the sun returns to the same position in the zodiac as on a person's original birthday. The most important returns are those of the outer planets Jupiter, Saturn and Uranus. [10]
In lunar calendars, a lunar month is the time between two successive syzygies of the same type: new moons or full moons. The precise definition varies, especially for the beginning of the month. Animation of the Moon as it cycles through its phases, as seen from the Northern Hemisphere. The apparent wobbling of the Moon is known as libration.
"The lunar return occurs when the transit moon returns to the same sign, degree, and house as the natal moon," a.k.a the Moon sign you were born under, says professional astrologer Liz Simmons.
Your Moon sign describes which zodiac sign the Moon was in when you were born. The Moon changes signs every two-ish days, which means that any Sun sign can be paired with any Moon sign.
Understand the moon phases and you can wager a pretty good guess for when the next full moon is no matter where we are in the lunar cycle. Here's how.
The modern interpretation of chart rulers is most often used though some astrologers will use both classical and modern rulers for reference when interpreting an individual's natal chart. Often in this case the inner planets (Mars, Saturn, and Jupiter) will be referenced as a chart's primary ruler while the outer planets (Uranus, Neptune, and ...
This resulted in the laser pulses reaching the Moon with a diameter of 1 mi (1.6 km) rather than a diameter of 300 mi (480 km). [6] The returned signal diameter after a complete trip from the Earth to the Moon was 10 mi (16 km) wide resulting in only 1.6 detectable photoelectrons per laser shot by the telescope. [6]