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Fiesta Nacional de los Estudiantes, Jujuy, Capital Nacional de la Primavera y la Juventud y Juntos en Jujuy

17 al 22 de Septiembre

Son los lemas que identifican cada año a esta fiesta que se realiza en Jujuy en primavera. Las calles de la ciudad pintadas de colores y la algarabía de los estudiantes que preparan las carrozas y carruajes, llenos de flores y luces, dan un marco extraordinario a los desfiles, a los bailes y a los espectáculos musicales.

La Fiesta culmina con la elección de la Reina Nacional de los Estudiantes.

Virgen de Río Blanco y Paypaya

Octubre

Todo Jujuy honra a su patrona con actos litúrgicos. Durante los cuatro domingos del mes se realiza las peregrinaciones hasta el Santuario de la Virgen situado en la localidad de “Río Blanco”, distante a siete kilómetros de la capital provincial.

Atractivos Turísticos

· Plaza Belgrano
· Palacio de Gobierno
· Iglesia Catedral
· Iglesia de San Francisco
· Iglesia de Santa Bárbara
· Museo de San Francisco
· Bellas Artes
· Museo Mineralógico y Paleontológico
· Termas de Lagunas de Yala
· Termas de Reyes
· Termas de Caimancito
· Nevado de Chañi
· Termas de El Palmar: Chorro de Plata, El Idolo, Fuente Roja
· Parque Nacional Calilegua

La Quebrada de Humahuaca, pueblo fundado en 1.591. Se caracteriza por hermosos paisajes que armonizan con sus casas de adobe y calles angostas y empedradas, donde el tiempo parece haberse detenido. La iglesia construida en el siglo XVI (se remonta a 1648), tiene un altar profusamente dorado. Se venera la Virgen de la Candelaria.

Uno de los principales atractivos de esta quebrada es el Pucará de Tilcara, una población fortificada construida por los nativos omaguacas en épocas precolombinas.

El monolito que marca el Trópico de Capricornio es donde el día 21 de junio se celebra el Inti Raymi (Fiesta del Sol), celebración de antigua tradición aymará que se hace, en el momento que comienza el solsticio de invierno, para recibir el nuevo ciclo agrícola.

Termas de Reyes, ubicada a 19 kilómetros de Jujuy esta el surgente termal de imponderable valor terapéutico que está emplazado en el pintoresco valle.

Dique La Ciénaga, ubicado a 31 kilómetros de Jujuy se encuentra este hermoso embalse. Se practican la pesca y los deportes náuticos.

http://www.argentinacontact.com/es/conozca/jujuy.php

This wonderful graphic by Ken Bakeman
shows colored version of the Sun-god
from the Gate of the Sun relief.
Image source: http://www.kenbakeman.com/art.html

So if the chasquis do not relate to the days in whichever number of days we choose for the months of the year, could it be that the chasquis represent the years themselves?

If each chasqui were to represent a solar year, then each column of three chasquis would represent three revolutions of the sun around the eleven pillar calendar wall and three solar years are equivalent to 1 x Muisca Acrotom year of 37 synodic months of 29.53 days and also equivalent to 2 x Muisca Zocam years of 20 sidereal months of 27.32 days.

There are fifteen chasquis on each side of the central figure and each block of 15 chasquis would represent fifteen solar years which would be
   5 Muisca Acrotom years of 37 synodic months of 29.53 days or
10 Muisca Zocam years of 20 sidereal months of 27.32 days

The total number of chasquis is thirty chasquis representing thirty solar years which would be
  10 Muisca Acrotom years of 37 synodic months of 29.53 days or
20 Muisca Zocam years of 20 sidereal months of 27.32 days

The choice of thirty chasquis as thirty solar years is no random figure, because after thirty solar years have gone by, it becomes necessary to add one sidereal lunar month to the Muisca Zocam calendar making it 20 x 20 + 1 = 401 sidereal lunar months to bring it back into line with the solar year.

At the same time of adding one sidereal month to the Zocam sidereal calendar, it also becomes necessary to add one synodic lunar month to the Muisca Acrotom calendar making it 10 x 37 + 1 synodic lunar months to also bring it into line with both the sidereal lunar calendar and the actual solar year.

Each of the sections with fifteen chasquis corresponds to the period of fifteen solar years which Duquesne tells us was one quarter of the great “century” of the Muiscas so to sum up, each block of fifteen chasquis represents fifteen solar years which is 10 Muisca Zocam years or 5 Muisca Acrotom years, the two blocks together make 30 chasquis representing 30 solar years which is 20 Muisca Zocam years or 10 Muisca Acrotom years and 2 x the 30 chasquis gives 60 chasquis representing 60 solar years completing the great “century” of the Muiscas which was therefore, 40 Muisca Zocam years or 20 Muisca Acrotom years.

Above, detail of the “Gate of the Sun” at Tiwanaku, Bolivia, the 30 Chasquis represent 30 Solar years, equal to 20 Zocam years of 20 sidereal lunar months or 10 Acrotom years of 37 synodic lunar months. At the end of this period, 1 x lunar month had to be added to the lunar calendars to bring them back into phase with the solar year..

Above, the “Gate of the Sun” at Tiwanaku, Bolivia, the 30 Chasquis represent 30 Solar years, equal to 20 Zocam years of 20 sidereal lunar months or 10 Acrotom years of 37 synodic lunar months. At the end of this period, 1 x lunar month had to be added to the lunar calendars to bring them back into phase with the solar year. Beneath the chasquis can be seen the freize with 11 smaller chasqui heads representing the 11 pillars on the calendar wall which in turn divide the solar year into 20 months of 18 days, and the 40 condor heads represent the 40 sidereal months which mesh with the solar calendar every three years.

Above, when the sun reached the end of the pillars, it appeared to “stand still” before beginning its journey back in the opposite direction.

The Great Pyramid of Giza

John Taylor, in his 1859 book “The Great Pyramid: Why Was It Built? & Who Built It?”, claimed that the Great Pyramid was planned and the building supervised by the biblical Noah, and that it was “built to make a record of the measure of the Earth.”

Now let’s look at the coordinates of the Great Pyramid:

29°58? 45.03? N
31°08?03.69?E

Let’s multiply latitude numbers 29x58x45.03 = 75740.46

Now, this pyramid has 4 sides, its perfect slope angle is 51.8428° and there are 365.2425 days in a year:
4 x 51.8428 x 365.2425 =  75740.775

Note: Another very strange  “coincidence” was discovered by John Charles Webb Jr. : Precise latitude of the centre of the Grand Gallery (inside GP) is 29°58? 45.28? N = 29.9792458° N
The speed of light in vacuum, usually denoted by c, is a universal physical constant important in many areas of physics. Its value is 299,792,458 metres /s