2012: Oskar Hansen’s Precession Design of Mayan Star Map – Hoover Dam Part II

Interesting 2012 stuff! Isn’t it? In this blog, our Director, Lord Pakal Ahau, completes his research paper of Oskar Hansen’s design of a celestial Mayan star map for the Hoover Dam. If you got here browsing the search engines, we recommend you start from the beginning of Part I.

GENERAL CONSIDERATIONS

Oskar J. W. Hansen was a very unique and special man. Besides his military service in the US where he rose from a Private to Major of the US Army, he was esoteric, almost dealing with the occult, but very spiritual and his ‘near-death experience’ changed his philosophy of life.

From one of his speeches in 1928 that reminds me of the Maya language development, he expressed, “Man has always sought to express and preserve the magnitude of his exploits in symbols. The written words are symbols arranged so as to preserve in objectified form the thought of man and to record his variant states, both mental and physical. All other arts are similar as to their symbolic significance. They take their place among the category of human endeavor simply as the interpreter of life to itself. They serve as an outer object typifying the inner process. They form the connecting link between the spiritual and the material world. They are the shadows cast by the realities of the soul.”

Hoover Dam is located in the borders of Nevada and Arizona with geographical coordinates (GPS) 36° 01′ .6222 North and -114° 73′.7245 West.

GENERAL LAYOUT DESIGN FEATURES

In the general design you will find three main features that are not interconnected, but they have a meaningful aspect to the Hoover Dam construction: the Memorial Plaque, the Winged Figures of the Republic, and the Celestial Star Map.

In 2001, I made a preliminary sketch of the layout, however, that one did not present the whole layout. So, I decided to revise the diagram to show the whole design. Below, you will find the complete diagram with alphabetical sections so you can follow it in more detail.

Section A describes the Memorial inscriptions. The Memorial is set into the rock canyon wall and pays tribute to workman labor. The inscriptions read: “They died to make the desert bloom. The United States of America will continue to remember that many who toiled here found their final rest while engaged in the building of this dam. The United States of America will continue to remember the services of all who labored to clothe with substance the plans of those who first visioned the building of this dam”.

The above inscriptions commemorate the 96 workers who officially died during the construction of Hover Dam.

Section B shows Hansen’s sculptures known as the Winged Figures of the Republic, placed on either side of the 142-feet flag pole. The castings are 30 feet high. Their shells are 5/8-inch thick and contain more than four tons of statuary bronze. The figures were formed from sand molds weighing 492 tons. The bronze that forms the shells was heated to 2,500 degrees Fahrenheit, and poured into the molds in one continuous, molten stream.

The figures rest on a base of black diorite, an igneous rock. In order to place the blocks without marring their highly polished finish, they were centered on blocks of ice, and guided precisely into place as the ice melted. After the blocks were in place, the flagpole was dropped through a hole in the center block into a pre-drilled hole in the mountain.

As symbols they express, according to the sculptor, the immutable calm of intellectual resolution, and the enormous power of trained physical strength, equally enthroned in placid triumph of scientific accomplishment.

Let us now concentrate in the main feature of Hansen’s design. The celestial Star Chart.

CELESTIAL STAR CHART FOR HOOVER DAM

Surrounding the base is a terrazzo floor, inlaid with a star chart, or celestial map. The chart preserves for future generations the date on which President Franklin D. Roosevelt dedicated Hoover Dam, September 30, 1935.

Important stars and features of the Polar region of the sky are shown as it appeared at 8:56pm 2.25 secs local apparent time on September 30, 1935 when this structure was dedicated.

The apparent magnitudes of stars on the chart are shown as they would appear to the naked eye at a distance of about 190 trillion miles from earth (10 parsecs from our Earth). It required 3 1/4 sidereal years to travel a distance of one parsec at a rate of 186,300 miles per second. In other words, one parsec represents approximately 19 trillion miles. The actual distance to most of the stars is more than 50 parsecs. In reality, the distance to most of the stars is more than 950 trillion miles.

Section C of my diagram is the 142-feet flag pole. On this star map, the center of the Sun is shown as the very center of the flag pole. The positions of the stars included in the map are then related in hour, minutes, and right ascension from this center of the Ecliptic.

The true obliquity of the North Pole of the Earth’s Equator is shown in the same manner. All information related to astronomical theories was verified by the US Naval Observatory, the Smithsonian Institution and other reliable sources.

Section D is the flag pole inscription and recognizes those who envisioned and built Hoover Dam. It reads, “It is fitting that the flag of our country should fly here in honor of those men who, inspired by a vision of lonely lands made fruitful conceived this great work and of those other whose genius and labor made that vision a reality.”

Section E explains a complete sidereal revolution of the Equinox. It reads, this diagram traces a complete sidereal revolution of the Equinox, otherwise known as the Platonic or Great Year. The average length of a complete sidereal revolution is 25,694.8 tropical years; but may differ from the mean time of revolution by 281.2 years the mean line of the precession of the role of the Earth’s equator shown here by the outside circumference on this white metal circle. It’s 46.9 degrees in diameter.

Section F explains the inclination of the Earth’s equator. It reads, the inclination of the Earth’s equator may vary relative to the fixed ecliptic, from 21 deg 59 min to 24 deg 36 min and her role therefore nutates in a zone 2 deg 37 min as shown here by this yellow band.

Section G shows the Right Ascension of the Meridian. Right ascension is the celestial equivalent of terrestrial longitude. Both right ascension and longitude measure an angle that increases toward the east as measured from a zero point on an equator. For longitude, the zero point is the Prime Meridian on the geographic equator; for right ascension, the zero point is known as the first point of Aries, which is the place in the sky where the Sun crosses the celestial equator at the March equinox.

It is customarily measured in hours, minutes, and seconds, with 24 hours being equivalent to a full circle. The reason for this choice is that the earth rotates at an approximately constant rate. Since a complete circle has 360 degrees, an hour of right ascension is equal to 1/24 of this, or 15 degrees of arc, a single minute of right ascension equal to 15 minutes of arc, and a second of right ascension equal to 15 seconds of arc.

Section H includes a compass in the right side of the monument and it makes a pleasing pattern viewed from above with the 12 signs of the Zodiac. I have included the Leo sign because it represents a special meaning for my birth and significant events which will happen in the Maya astronomical calculations of the Star Chart in 2012, such as the culmination of the Maya Long Count calendar on December 21, 2012.

And in this section, you can appreciate the esoteric genius of the designer. In Hansen’s precession design, I found the Zodiac as a lost symbol, the common thread between the Greek/Egyptian astrological ages and the Mayan great ages. In mathematical terms, Hansen tells me of the precession of five Mayan ages (as Mayas determined an age to be 5,125 years). This number multiplied by 5 produces the number of years of a full precession equals to 25,625 years. A great astrological cycle which includes all the twelve zodiac signs lasts roughly 25,920 years.

As Hansen explained, “Instead of measuring 12 earthly hours, the dials measures a Platonic Year or Great Year, made up of 25.694.8 of our ordinary years. We cannot be sure of the exact length of the Platonic Year, because the civilized story of man, and hence, astronomy, is at the most only 10,000 years old; but we feel certain that it may not vary from the above mean time by more than 281.2 of our ordinary years”.

ASTRONOMICAL SIGNIFICANCE OF USA 2012

Although Hansen never mentioned a Maya involvement in his design, other industrial designers and architects of that era were heavily influenced by ancient cultures in the Deco Art style. One architect that comes to my mind was the most known American architect Frank Lloyd Wright, who used pre-constructed cement blocks to build the Ennis Brown House with Mayan Deco features.

Therefore, it is obvious, as in the case of Chichen Itza, there is a Maya astronomical concept that describes the Earth precession in his Star Chart as we will see in 2012. More, he based his initial calculations. marked in the terrazzo, including the position of Pharaoh Khafre’s pyramid five thousands years ago (2700 B.C.) when Thuban (Alpha Draconis) was the pole star of the ancient Egyptians, the Biblical star of Egypt, as well as the incarnation of the historical Jesus, marking the beginning of the Christian Era, as indicated midway between the location of Thuban and Polaris.

By walking to the rear of the base, upon which rest the winged figures, one can locate Vega, the pole star that will replace Polaris, thousands of years in the future.

For the amateur astronomer, below you will find the astronomical precession data of Hansen’s Star Chart for the Year 2012 with the general elements explained before in Hoover Dam.

ASTRONOMICAL PRECESSION CALCULATIONS OF STAR CHART HOOVER DAM 2012 Latitude N 36.01, Longitude W -114.44
For Friday, December 21, 2012 (leap-year) – 11:11 UT 356 day of the year, 51 week of the year Julian day 2456282, Date of Easter August 4, 2012 Maya Long Count Calendar 12.19.19.17.18 2 Etz’nab 1 Kan’kin
Greenwich Mean Sidereal Time [h m s]	17 12 41.833
Mean Obliquity of Ecliptic [d m s]	23 26 15.375
Nutation Elements (“)	deltaPsi = 14.046 deltaEps = -5.884
Precession Elements from J2000 [d m s]	zeta0 = 0 4 59.164 zet = 0 4 59.177 theta = 0 4 19.988

An interesting Hansen prediction of the Star Chart, open to reflection in 2012 says: “When, in the course of time the composition of our world and those other worlds in space shall be more fully known, record it here for future men to see … and having seen, to speculate, investigate and carry on the search”.

CONCLUSIONS

If I were to apply Maya concepts to Hansen’s Star Chart, it is my personal opinion that the designer built a Universal Clock next to a source of natural energy, the Colorado River, which Native Americans and myself consider as the Great River Serpent that gives life to Earth. In fact, I was pleasantly surprised that the Colorado River Indian Tribes form now a geo-political unit, which consists of four distinct Tribes – the Mohave, Chemehuevi, Hopi and Navajo. There are currently about 3,500 active Tribal members.

It is my hope that the astronomical calculations in the Star Chart in 2012 will bring more environmental sustainability to the Colorado River regions and social justice to our Native Americans, one of the blood-related branches of our Maya ancestors. It is the true Law of the River.

Lord Pakal Ahau.
June Equinox Solstice
Pakalian Group of Mexico. (June 21, 2010).

NOTES FROM THE EDITOR: Next, we invite you to look at our post of the 2012 Hopi Design of the Hoover Dam in Nevada/Arizona. If you’re a 2012 Maya fan you might want to collect this unique shirt with its centrifugal theme. A truly 2012 feature of the our Mayan calendar. Thanks for your visit.

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2012: Oskar Hansen’s Precession Design of Mayan Star Map – Hoover Dam Part I

As we promised, this research paper has been long overdue since our Director, Lord Pakal Ahau, published his brief notes in Geoff Stray’s Dire Gnosis website and the 2012 Theories forum. It was April 7, 2001 when Lord Pakal Ahau visited Hoover Dam the first time for plain curiosity. What he found was an extraordinary and unique design by Norwegian-born, naturalized American, Oskar J. W. Hansen. The whole design was built as a request of the American government for Hoover Dam’s inauguration.

One of the designs, namely Star Map or Star Chart, according to Hansen, was influenced by important events. Hoover Dam was oficially dedicated under President Franklin D. Roosevelt’s administration on September 30, 1935. What follows is the new compilation paper written by Lord Pakal Ahau. The color photos were taken by Lord Pakal. The black and white photos are hosted in other websites.

For more information, not included in this short paper, we refer the reader to the Bureau of Reclamation: Lower Colorado Region – Hoover Dam Home website.

SUMMARY

Hoover Dam, previously known as Boulder Dam, is a unique engineering wonder as well as an artistic treasure of the U.S. goverment. It was oficially inaugurated on September 30, 1935 by President Franklin Delano Roosevelt. On April 30, 1947, a resolution was signed by President Harry S. Truman restoring the structure’s name from Boulder Canyon Dam to Hoover Dam. Hoover Dam is named for Mr. Herbert Hoover, the Nation’s 31st President.

It is the only place in America, to my knowledge, where a celestial map has been included and the bodies of the solar system are placed with accurate precision so we can calculate the precession of the Pole Star. If no other astronomical means are available for future generations, a reference point has been included on how the sky looked at the time Hoover Dam was dedicated.

This paper is divided in two parts. The first part describes the history of Hoover Dam and general artwork, and sculptor Oskar J.W. Hansen’s biography. The second part is more specific and deals with my diagram, photos and explanations of the Star Map, a unique precessional chart. Hoover Dam celebrated his 50th anniversary in 1985 and in 2012 this landmark will commemorate its 77th anniversary, when Earth precession completes approximately five ages of the Maya calendar (December 21, 2012, 11:11 UT).

HOOVER DAM HISTORY

I will atempt to focus my historical narrative of the Hoover Dam from an architectural and artistic point of view because I am more inclined to the teachings and influence of my father, who was a British Bauhaus-schooled architect. Interestingly, my father tried to instill his education and succeeded to a certain point knowing that later in life I would look for the keys and connections of my Maya destiny. In his circle of friends the Modernist style was a prevalent conversation and many samples of his work reflect this functional influence.

In this context, Modernism was associated with environmental progress and use of new techniques and materials influenced by ancient cultures such as Mayan, Egyptian and Native American. I was even a young witness of the opening of Brasilia in 1956, the capital of Brazil, during my father’s travels around the world. That was enough reason for me to get a professional degree in environmental science, where I could apply the teachings of my father and his friends around the world.

To describe Hoover Dam as a modern icon is not easy task because the style is so simplistic that today architects do not understand the great engineering achievement made during the Great Depression of the 1930’s based on modest costs, ingenuity and dedication.

The construction of the Hoover Dam was based in practical issues. The premise was to control the benefits of the Colorado River’s annual flood and use of water storage in Lake Mead. The interest on hydroelectric power was an added value for the regions between Los Angeles and Las Vegas. The massive structure attracted the attention of Americans and world media through the power of technology, a hope for clean energy and the ability of man to control Nature.

In the original design, there was a clash of harmony and contradictions between engineering and architecture. While in New York, architecture was tasteful with conservative development. In Chicago, it was a refinement of a solid tradition. In California and West Coast, it was open experimentation. Among the architects given the design to rework the dam, Architect Gordon B. Kaufmann was selected by the Bureau of Reclamation engineers by January 1933.

Gordon B. Kaufmann (1888-1949) was an English-born American architect. He arrived in California in 1914 and during his early career he did much work in the Mediterranean Revival Style which had become popular at that time. Kaufmann worked primarily in the Art Deco style, with a personal emphasis on massively thick, streamlined concrete walls.

“He simplified and modernized the various parts of the dam. On the crest, the overhanging balcony and four unequal towers gave way to a series of observation niches and towers that rise from the wall and continue upward unimpeded. The emphasis, according to Kaufmann, was on ‘an orderly series of small vertical shadows punctuated by the larger shadows of the elevator and utility towers.’ He treated these extrusions as continuations of the dam face, not as separate moldings. The four large towers have cutback corners and tops reminiscent of the set-back Los Angeles Times Building, but were treated much more simply. The two outer towers were for utilities and public restroms, while the two inner towers acted as public entrances to the dam; from them, elevators descended inside the concrete to the internal galleries and powerhouse. Appropriately, these inner entrance towers contained the only ornament on the dam–two large cast-concrete panels by sculptor Oskar J.W. Hansen. These panels depicted such subjects as flood control, irrigation, power, and the history of the area. Their low-relief, semiclassical, cubist style typified Art Deco sculpture.”

Kaufmann also redesigned the spillways to be more streamlined, added lights to the top of the intake towers for nighttime effect, and reworked the powerhouse in a modernist, stripped-classicism style. Further, an open competition to find a monument for the dam was arranged; the winner was Oskar Hansen, whose strange winged figures, seated but still thirty feet tall, now adorn the site.

Wilson notes that “these surrealistic apparitions underscored the unreality of a dam and lake in the middle of a hostile desert”. Hansen also was responsible for a star map set in the floor of the monument; this map, indicating dates of historical importance, linked the moment the Hoover Dam was dedicated with such events as the building of the pyramids and the birth of Christ. Hansen believed that “in remote ages to come, intelligent people” would be able to discern “the astronomical time of the dam’s dedication”.

The alliance between the modernism of the engineering and architecture of the Hoover Dam rendered a coherent and cohesive structure. Because of Kaufmann’s design, the engineering feat is appropriately reflected in the magnificence of the facade. Indeed, as an icon of modernism, the Hoover Dam helped to usher in a new era.

From the engineering point of view, important chronological dates can be cited. In 1936, First generator, N-2, goes into full operation. On October 26th. Second generator, N-4, goes into operations. On November 14th. Third generator, N-1, starts production December 28th. All turbine generators were manufactured by Westinghouse Electric Company.

In 1937, Generators N-3 and A-8 begin operation March 22 and August 16. In 1938, Lake Mead storage reaches 24 million acre-feet, and lake extends 110 miles upstream. Generators N-5 and N-6 begin operation June 26 and August 31. In 1939, storage in Lake Mead reaches 25 million acre-feet, more than 8 trillion gallons. Generators A-7 and A-6 begin operations June 19 and September 12th, respectively. With an installed capacity of 704,800 kilowatts, Hoover Powerplant is the largest hydroelectric facility in the world- a distinction held until surpassed by Grand Coulee Dam in 1949.

In 1940, power generation for the year totals 3 billion kilowatt-hours. All-American Canal placed in operation. Metropolitan Water District of Southern California successfully tests its Colorado River Aqueduct. In 1941, Lake Mead elevation reaches 1220.45 feet above sea level July 30; lake is 580 feet deep, 120 miles long. Spillways are tested August 6th, the first time they have ever been used. Generator A-1 placed in service October 9th. Dam closes to Public at 5:30 p.m. December 7th, and traffic moves over the dam under convoy for duration of World War II.

In 1961, the power installation at Hoover Dam is complete when the final generating unit, N-8, goes on line December 1st. The installed generating capacity of Hoover Powerplant, including station service units, reaches 1,334,800 kilowatts.

The completion of the dam drew massive crowds for Dedication Day, September 30, 1935. Franklin D. Roosevelt delivered the address, calling the Hoover Dam “an engineering victory of the first order–another great achievement of American resourcefulness, skill, and determination.

BIOGRAPHY OF OSKAR J.W. HANSEN (1892 – 1971)

Oskar Hansen was born in 1892 to Oskar II and Josephine Maximiliana in what was then the dual Kingdom of Norway and Sweden. Before coming to America, he served as a merchant seaman, then joined the French Foreign Legion in North Africa where he attained the rank of General of Brigade. In the US he served in the US Army and rose from Private to Major. Upon leaving the Army, he built a home and sculpture studio near Charlottesville, Virginia.

While Hansen wrote on theology, astronomy and the arts, he is best known for his work as a sculptor. His most famous works include the winged figures on Hoover Dam which were commissioned by the US Government Parks Department, and the Star Map, also at the Hoover Dam, which was created in collaboration with The Smithsonian Institution and the US Naval Observatory.

HOOVER DAM ARTWORK

Hansen’s designs for the Hoover Dam are a mix of Art Deco and Futurist styles. Atop the dam on the Nevada side is a large stone platform supporting two famous bronze figures of the Republic, wings lifted, that guard the American flag. In addition, there is the elegant and fascinating mosaic floor that surrounds the sculptures.

The mosaic floor diagram also illustrates the immense intricacies of the precession, the result of the wobble in our planet’s motion that sets all the celestial bodies visible from Earth into their 26,000-year-long dance cycle. In a moving testament inserted into this complex, its little-remembered artist Oskar J. W. Hansen wrote, ”When in the course of time the composition of our world and those other worlds in space shall be more fully known, record it here for future men to see and, having seen, to speculate, investigate and carry on the search.”

Hansen’s principal work at Hoover Dam is the monument of dedication on the Nevada side of the dam. Here, rising from a black, polished base, is a 142-foot flagpole flanked by two winged figures, which Hansen calls the Winged Figures of the Republic. They express “the immutable calm of intellectual resolution, and the enormous power of trained physical strength, equally enthroned in placid triumph of scientific accomplishment.”

The winged figures are 30 feet high. Their shells are 5/8-inch thick, and contain more than 4 tons of statuary bronze. The figures were formed from sand molds weighing 492 tons. The bronze that forms the shells was heated to 2,500 degrees Fahrenheit, and poured into the molds in one continuous, molten stream.

The figures rest on a base of black diorite, an igneous rock. In order to place the blocks without marring their highly polished finish, they were centered on blocks of ice, and guided precisely into place as the ice melted. After the blocks were in place, the flagpole was dropped through a hole in the center block into a predrilled hole in the mountain.

Near the figures and elevated above the floor is a compass, framed by the signs of the zodiac.

Hansen also designed the plaque commemorating the 96 men who officially died during the construction of Hoover Dam, as well as the bas-relief series on both the Nevada and Arizona elevator towers. The plaque, originally set into the canyon wall on the Arizona side of the dam, is now located near the winged figures. It reads:

“They died to make the desert bloom. The United States of America will continue to remember that many who toiled here found their final rest while engaged in the building of this dam. The United States of America will continue to remember the services of all who labored to clothe with substance the plans of those who first visioned the building of this dam.”

There are four towers sticking up from the top of the dam. The middle two are elevators and they are decorated with bas-relief.

The five bas-reliefs on the Nevada elevator tower, done in concrete, show the multipurpose benefits of Hoover Dam: flood control, navigation, irrigation, water storage, and power.

On the Arizona elevator tower is a series of five bas-reliefs, also in concrete, depicting “the visages of those Indian tribes who have inhabited mountains and plains from ages distant.” Accompanying the illustrations is the inscription, “Since primordial times, American Indian tribes and Nations lifted their hands to the Great Spirit from these ranges and plains. We now with them in peace buildeth again a Nation.”

Hoover Dam, said Hansen, represented for him the building genius of America, “a monument to collective genius exerting itself in community efforts around a common need or ideal.” He compared the dam to such works as the great pyramids of Egypt, and said that, when viewing these man-made structures, the viewer often asks of their builders, “What manner of men were these?”

Another designer that assisted architect Kaufmann was Denver artist Allen True. True was responsible for one of the dam’s most distinctive motifs–the Southwestern Indian designs in the terrazzo floors. Using such sources as an Acoma bowl and Pima basket, True linked Native American geometric concepts with Art Deco design. Many of the Indian designs were based on centrifugal themes, which related to the turbines in the power plant.

True’s colors are truly striking. He used black, white, green and dull-red ochre chips in the terrazzo floors to contrast with the black-marble walls. True also specified the red color for the generator shells in the power plant, a sight that still commands visitors’ attention.

You can see the power plant and terrazzo work during a tour of the dam. Following an elevator descent of 530 feet, you emerge into seemingly endless galleries. There you find gleaming terrazzo floors imbedded with the Southwestern Indian patterns adapted by True from baskets, pottery, and sand paintings.

In Part II of this paper, I will present the diagram with illustrations of Hansen’s Star Chart. Click the red link to continue with Part II…