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The Maya are probably the best-known of the classical civilizations of Mesoamerica. Originating in the Yucatán around 2600 B.C., they rose to prominence around A.D. 250 in present-day southern Mexico, Guatemala, northern Belize and western Honduras. Building on the inherited inventions and ideas of earlier civilizations such as the Olmec, the Maya developed astronomy, calendrical systems and hieroglyphic writing. The Maya were noted as well for elaborate and highly decorated ceremonial architecture, including temple-pyramids, palaces and observatories, all built without metal tools. They were also skilled farmers, clearing large sections of tropical rain forest and, where groundwater was scarce, building sizeable underground reservoirs for the storage of rainwater. The Maya were equally skilled as weavers and potters, and cleared routes through jungles and swamps to foster extensive trade networks with distant peoples. Around 300 B.C., the Maya adopted a hierarchical system of government with rule by nobles and kings. This civilization developed into highly structured kingdoms during the Classic period, A.D. 200-900. Their society consisted of many independent states, each with a rural farming community and large urban sites built around ceremonial centres. It started to decline around A.D. 900 when - for reasons which are still largely a mystery - the southern Maya abandoned their cities. When the northern Maya were integrated into the Toltec society by A.D. 1200, the Maya dynasty finally came to a close, although some peripheral centres continued to thrive until the Spanish Conquest in the early sixteenth century.

Maya history can be characterized as cycles of rise and fall: city-states rose in prominence and fell into decline, only to be replaced by others. It could also be described as one of continuity and change, guided by a religion that remains the foundation of their culture. For those who follow the ancient Maya traditions, the belief in the influence of the cosmos on human lives and the necessity of paying homage to the gods through rituals continues to find expression in a modern hybrid Christian-Maya faith.

In about five-and-a-half years, the world will supposedly end. Don’t worry, though, because it will be a lot of fun. That is the impression I get from Nickelodeon Films, anyway. The kid-friendly division of Paramount is making an action-adventure for the whole family that is based on the idea that the apocalypse is coming in December of 2012. Called simply 2012, the movie will be about a family vacation during that fateful month when, according to the Mayan calendar, and some UFO theorists, something devastating is expected to take place. 2012 will be written by Tom Astle and Matt Ember, and it will probably be directed by Tom Dey — all three of whom were responsible for Failure to Launch.

This is the second movie we’ve heard about so far that has to do with the Mayan doomsday prediction. The first is an adaptation of Whitley Streiber’s upcoming book 2012: The War for Souls, which Michael Bay is making for Warner Bros. Though Nickelodeon’s 2012 should be much lighter in tone, I have to assume that the whole premise will still be a bit scary for the intended audience — unless kids these days just aren’t afraid of the end of the world as much as I was (and honestly still am). According to Variety, those involved with 2012 have some time before they’ll be able to get started on the movie. Currently, Astle and Ember are writing the direct-to-video spin-off Get Smarter: Bruce and Lloyd Out of Control and reportedly Dey is expected to be committing to other projects ahead of this one. The trio better not take too long, though, because they’re running out of time. In only six years, either the movie will lose all relevance, or we won’t be around to see it.

This full article can be found here.

Predicted and scheduled events in year 2012

  January

• January 23 - Chinese New Year and scheduled new moon. This time of year is associated with the Water-Dragon in Chinese astrology. 
• January 31 - 433 Eros, the second largest Near Earth Object on record (size 13×13x33 km) is expected to pass Earth at 0.1790 astronomical units (1 AU – about 93 million miles – is the average distance from Earth to the sun). NASA studied Eros in the NEAR Shoemaker probe launched February 2000. 

  February

• February 5 - Super Bowl XLVI will be played.
• February 6 - If she is still on the throne, Elizabeth II will celebrate her Diamond Jubilee. A series of festivities across the United Kingdom and Commonwealth of Nations will likely run throughout the year.

  March

• March 01 - Greek Drachma bank notes are exchangable for Euro until this time.
• March 19 - Buddha Claimant: Ram Bahadur Bomjon who disappeared in 2006 is believed to return on this date (six years from his departure)

  April

• April 1 - The United States Census of 1940 is released to the public.
• April 15 - It will be the RMS Titanic`s 100 anniversary since the sinking in 1912.

  May

• May 20 - Annular solar eclipse, a Sunday.
• May 20 - French Presidential election.

  June

• June 6 - Second and last solar transit of the planet Venus of this century; the next pair is predicted to occur in 2117 and 2125 (see Transit of Venus, 2012).
• 2012 European Football Championship will be played in either Italy, Hungary/Croatia or Poland/Ukraine

  July

• July 1 - The first possible government in Hong Kong elected by Universal suffrage take office.
• July 1 - Presidential Elections in Mexico
• July 27 - Opening ceremony of the 2012 Summer Olympics begins in London at 7:30 pm GMT/8:30pm BST. Source:London 2012 Website Countdown

  August

• August 12 - Closing ceremony of the 2012 Summer Olympics in London, United Kingdom, a Sunday.
• August 29 - Start of the 2012 Summer Paralympics

  September

• September 9 - Finish of the 2012 Summer Paralympics

  October

• October 18 - at 20:36 (Eastern Daylight Time), the Earth will be home to 7 billion, according to the US Census Bureau. 

  November

• November 6 - United States presidential election, 2012
• November 6 - United States Senate elections, 2012
• November 6 - United States House of Representatives election, 2012
• November 13 - Total solar eclipse (visible in northern Australia and the South Pacific).

  December

• December 3 - Jupiter oppositions
• December 21 - The Long Count calendar used by the Maya civilization of pre-Columbian Mesoamerica completes its thirteenth b’ak’tunb’ak’tun date of this starting point (13.0.0.0.0.0) is repeated, for the first time in a span of approximately 5,125 solar years. The significance of this period-ending to the pre-Columbian Maya themselves is unclear, and there is an incomplete inscription (Tortuguero Stela 6) which records this date. It is also to be found carved on the walls of the Temple of Inscriptions in Palenque, where it functions as a base date from which other dates are computed. However, it is conjectured that this may represent in the Maya belief system a transition from the current Creation world into the next. The December solstice for 2012 also occurs on this day. cycle since the calendar’s mythical starting point (equivalent to 3114 BCE August 11 in the proleptic Gregorian calendar, according to the “GMT-correlation” JDN= 584283). The Long Count
• December 23 - The alternative date for the completion of the thirteenth b’ak’tun cycle in the Maya calendar, using a version of the GMT-correlation based on a JDN of 584285 (a.k.a. the “Lounsbury correlation”), which is supported by a smaller number of Mayanist researchers.
• December 31 - Expiration of the Kyoto Protocol

The date December 21st, 2012 A.D. (13.0.0.0.0 in the Long Count), represents an extremely close conjunction of the Winter Solstice Sun with the crossing point of the Galactic Equator (Equator of the Milky Way) and the Ecliptic (path of the Sun), what that ancient Maya recognized as the Sacred Tree. This is an event that has been coming to resonance very slowly over thousands and thousands of years. It will come to resolution at exactly 11:11 am GMT.

The Tzolkin is a 260-day calendar based around the period of human gestation. It is composed of 20 day-signs, each of which has 13 variations, and was (and still is) used to determine character traits and time harmonics, in a similar way to Western astrology. The Maya also used a 365-day calendar called the Haab, and a Venus calendar, plus others. They measured long time periods by means of a Long Count, in which one 360-day year  (a “Tun”), consists of 18 x 20-day “months” (”Uinals”). Twenty of these Tuns is a Katun; 20 Katuns is a Baktun (nearly 400 years); and 13 Baktuns adds up to a “Great Cycle” of 1,872,000 days, ( 5200 Tuns, or about 5125 years).

Mayan scholars have been attempting to correlate the Long Count with our Western Gregorian calendar, since the beginning of this century. There has been massive variation in the suggested correlations, but as early as 1905, Goodman suggested a correlation only 3 days from the most popular one today. Known as the GMT correlation, or “correlation # 584283″, this was finalized in 1950, and puts the start of the Great Cycle    ( day 0.0.0.0.0)  on 11th August 3114 BC, and the end-date (known as 13.0.0.0.0.) as 21st December 2012. 

Jose Arguelles has pointed out that  the Tzolkin is a harmonic of the Great Cycle, and can be used to map history, as if it is measuring not individual gestation but species gestation, since 5 Great Cycles add to exactly 26,000 Tuns; the “Grand Year” or precession of the equinoxes - a higher harmonic of 260.

See:  Mayan Database

Sunspot Cycles; Adrian Gilbert and Maurice Cotterell, in their book the Mayan Prophecies, say that the end of the Great Cycle is the culmination of a series of long-term sunspot cycles which will flip the sun’s magnetic field, causing earthquakes and flooding on earth. Moreover, the changing magnetic field will alter the endocrine production of  the pineal gland. John Major Jenkins has pointed out that the detailed graphs of the cycles do not actually show significant termination points at the end of the Great Cycle; click here for Jenkins’ full unabridged review of  The Mayan Prophecies.

Generally speaking, scientifically accepted records of sunspot activity do seem to be heading for a climax in the near future.

From: http://www.diagnosis2012.co.uk/

Note: Real science is predicting the next/current sun cycle to be the worst in 50 years. The first two sunspot’s of 2006 are moving in reverse direction.
 

August 15, 2006: On July 31st, a tiny sunspot was born. It popped up from the sun’s interior, floated around a bit, and vanished again in a few hours. On the sun this sort of thing happens all the time and, ordinarily, it wouldn’t be worth mentioning. But this sunspot was special: It was backward. “We’ve been waiting for this,” says David Hathaway, a solar physicist at the Marshall Space Flight in Huntsville, Alabama. “A backward sunspot is a sign that the next solar cycle is beginning.” Right: The tiny, backward sunspot of July 31, 2006. Credit: SOHO. [Larger image] “Backward” means magnetically backward. Hathaway explains: Sunspots are planet-sized magnets created by the sun’s inner magnetic dynamo. Like all magnets in the Universe, sunspots have north (N) and south (S) magnetic poles. The sunspot of July 31st popped up at solar longitude 65o W, latitude 13o S. Sunspots in that area are normally oriented N-S. The newcomer, however, was S-N, opposite the norm.   This tiny spot of backwardness matters because of what it might foretell: A really big solar cycle.Solar activity rises and falls in 11-year cycles, swinging back and forth between times of quiet and storminess. Right now the sun is quiet. “We’re near the end of Solar Cycle 23, which peaked way back in 2001,” explains Hathaway. The next cycle, Solar Cycle 24, should begin “any time now,” returning the sun to a stormy state.Satellite operators and NASA mission planners are bracing for this next solar cycle because it is expected to be exceptionally stormy, perhaps the stormiest in decades. Sunspots and solar flares will return in abundance, producing bright auroras on Earth and dangerous proton storms in space: full story.But when will Solar Cycle 24 begin?“Maybe it already did–on July 31st,” says Hathaway. The first spot of a new solar cycle is always backwards. Solar physicists have long known that sunspot magnetic fields reverse polarity from cycle to cycle. N-S becomes S-N and vice versa. “The backward sunspot may be the first sunspot of Cycle 24.”It sounds exciting, but Hathaway is cautious on several fronts: First, the sunspot lasted only three hours. Typically, sunspots last days, weeks or even months. Three hours is fleeting in the extreme. “It came and went so fast, it was not given an official sunspot number,” says Hathaway. The astronomers who number sunspots didn’t think it worthy! Second, the latitude of the spot is suspicious. New-cycle sunspots almost always pop up at mid-latitudes, around 30o N or 30o S. The backward sunspot popped up at 13o S. “That’s strange.” These odd-isms stop Hathaway short of declaring the onset of a new solar cycle. “But it looks promising,” he says. Even if Cycle 24 has truly begun, “don’t expect any great storms right away.” Solar cycles last 11 years and take time to build up to fever pitch. For a while, perhaps one or two years, Cycle 23 and Cycle 24 will actually share the sun, making it a hodgepodge of backward and forward spots. Eventually, Cycle 24 will take over completely; then the fireworks will really begin.