Archaeoastronomy - Archaeoastronomy Archaeoastronomy (also spelled Archeoastronomy) is, as the name implies, the combination of astronomical and archaeological studies. Specifically, it covers the intersection between the two. One aspect of this is the use of the historical record prior to the genesis of the modern astronomical discipline in order to study past astronomical events. It also may involve the use of astronomical knowledge and extrapolation to further our understanding of the historical record. The two disciplines interact constructively. An example of the first sort of archaeoastronomy is the study of the extensive records of ancient China for references to "guest stars". "Guest stars," or star-like objects which appeared in the night sky, were of great interest to the observers of ancient China and were often dutifully recorded. These.
History of astronomy - the sky, although he after constructing a 20x refractor telescope he discovered the moonss of Jupiter and introduced Sunspots to Europe, He is perhaps most famous for his problems with the Catholic Church (though the real history is more complex than usually believed). Galileo's greatest contribution to knowledge was not in astronomy, but in dynamics, where he studied the motion of objects, but his effort in popularizing the Copernican model was very significant. Physics marries Astronomy (a longlasting and happy union) Isaac Newton was the first scientist to marry physics with astronomy, discovering that the same force that causes objects to fall on Earth, causes the motion of planets and the moon. Using his Law of Gravity, the Laws of Kepler are explained, and the heliocentric system gained a sound physical.
Great Pyramid of Giza - outer appearance of the pyramid. Paranormal interest and encoded numbers As a structure of impressive construction and mystery, the great pyramid has attracted the attention of occultists (as have many other aspects of ancient Egyptian culture). The great pyramid and the Sphinx are often alleged to have been built with mysterious ancient forces rather than human labor and/or by Atlanteans, extraterrestrials, or other mysterious creators. It has been alleged that the dimensions and details, properly interpreted, provide prophecies of events in modern times. This theory was first proposed in the 1800s by John Taylor, who believed the pyramid had actually been constructed by the biblical Noah. Charles Piazzi Smyth, the Astronomer Royal of Scotland, later elaborated in his book Our Inheritance in the Great Pyramid. No scientific evidence has been found.
Graham Hancock - megaliths, ancient myths, and astronomical data from around the world to challenge the dominant assumption of orthodox archaeology that civilization began relatively recently (on the order of 5-4000 BCE). See also: mythology archaeoastronomy archaeology.
Archaeology - archaeological material in the process. Development of Archaeological Method The next major figure in the development of archaeology in the UK was Mortimer Wheeler, whose highly disciplined approach to excavation and systematic coverage of much of the country in the 1920s and 1930s brought the science on swiftly. It was not until the introduction of modern technology, from the 1950s onwards that a similar leap forward would be made in field archaeology. Wheeler's method of excavation, laying out the site on a grid pattern, though gradually abandoned in favour of the open-area method, still forms the basis of excavation technique. Meanwhile, the work of Sir Arthur Evans at Knossos in Crete had shed light on the Minoan civilisation. Many of the finds from this site were catalogued and brought to the.
Aztec calendar - original of the drawing was made. The best confirmation for this theory can be found in Miguel León-Portilla, Aztec Thought and Culture (1963: 54-55): The division of time gave rise to the years of the East, of the North, of the West, and of the South. In abstract terms, motion appeared as a consequence of the spatialization of time and of the orientation of the years and the days toward the four directions. Such a conclusion can be drawn from the accounts of Sahagún's Indian informants explaining the tabulation of the year-count, in which the years are spatially oriented: 1. One Rabbit, this is the name of the annual sign, the year-count for the region of the South. 2. Thirteen years it carries, guiding, carrying always on its shoulders each of.
Stonehenge - follows: The Altar Stone: a 16 ft block of green sandstone The major stones are all made from an extremely hard silicaceous sandstone, naturally occurring about twenty miles away to the North on the Marlborough Downs. The internal structure known as the "Bluestone Horseshoe" is constructed of much smaller stones, averaging 4 tons in weight. These are the stones which have been sourced from the Preseli Mountains in SW Wales. Mostly they are of Dolorite but include examples of Rhyolite, Sandstone and volcanic and calcareous ash. The Slaughter Stone The Heel Stone once known as the Friar's Heel, (an anglicisation of the Welsh "Ffreya sul", after Ffreya, a celtic goddess of fertility, and sul (pronounced 'seal') meaning Sun Day). A folk tale, which cannot be dated earlier than the seventeenth century,.
Megalith - generally built of drystone walling and/or megaliths often with a round burial chamber in a round mound with a straight passage leading out. Gallery graves have a long megalithic chamber with parallel sides often in a long mound with an entrance at one end. Perhaps the most famous megalithic structure is Stonehenge in England, although many others are known throughout the world. Many megaliths were thought to have a purpose in determining important astronomical events such as the solstice and equinox dates (see archaeoastronomy). Other megaliths include: Carnac, Brittany, France Filitosa, Corsica, France New Grange, Ireland Skara Brae, Orkney, Scotland Tarxien, Malta Easter Island External Links The Megalithic Portal and Megalith Map Dolmen Path - Russian Megaliths.
List of astronomical topics - -- Age of the Earth -- Age of the Universe -- Airglow -- Airy disc -- Airy, George -- Aitken, Robert -- Al-Batani -- Albategnius -- Albedo -- Albireo -- Alcor -- Aldebaran -- Aldhelm, Bishop of Sherborne -- d'Alembert, Jean le Rond -- Alfonsine tables -- Alfonso X of Castile -- Alfvén, Hannes Olof Gösta -- Alfven universe -- Algieba -- Algol -- ALH84001 -- Alioth -- Alkaid -- Al-Khwarizmi -- Allegheny Observatory -- Almach -- Almagest -- Alnilam -- Alnitak -- Alniyat -- Alpha Centauri -- Alpha Centauri B -- Alpha particle -- Alpha Persei -- Alpha process -- Alpher-Bethe-Gamow theory -- Alpheratz -- Alphonsine tables -- Al Sufi -- Al Sufi, 'Abd Al-Rahman -- Altair -- Altazimuth mount -- Altitude -- Aludra -- Alura -- Amalthea (moon) --.
