ALIEN INTERVIEW - THE NEW EARTH - Earth Changes and The ...

y computer, at the material to be cut. The material then either melts, burns, vaporizes
away, or is blown away by a jet of gas, leaving an edge with a high quality surface finish.
Industrial laser cutters are used to cut flat-sheet material as well as structural and piping
materials. Some 6-axis lasers can perform cutting operations on parts that have been preformed
by casting or machining."
-- Reference: Wikipedia.org
144 "... Baalbek..."
"The great mystery of the ruins of Baalbek, and indeed one of the greatest mysteries of the
ancient world, concerns the massive foundation stones beneath the Roman Temple of
Jupiter. The courtyard of the Jupiter temple is situated upon a platform, called the Grand
Terrace, which consists of a huge outer wall and a filling of massive stones. The lower
courses of the outer wall are formed of huge, finely crafted and precisely positioned blocks.
They range in size from thirty to thirty three feet in length, fourteen feet in height and ten feet
in depth, and weigh approximately 450 tons each. Nine of these blocks are visible on the
north side of the temple, nine on the south, and six on the west (others may exist but
archaeological excavations have thus far not dug beneath all the sections of the Grand
Terrace). Above the six blocks on the western side are three even larger stones, called the
Trilithon, whose weight exceeds 1000 tons each. These great stones vary in size between
sixty-three and sixty-five feet in length, with a height of fourteen feet six inches and a depth
of twelve feet.
Another even larger stone lies in a limestone quarry a quarter of a mile from the Baalbek
complex. Weighing an estimated 1200 tons, it is sixty-nine feet by sixteen feet by thirteen
feet ten inches, making it the single largest piece of stonework ever crafted in the world.
Called the Hajar el Gouble, the Stone of the South, or the Hajar el Hibla, the Stone of the
Pregnant Woman, it lays at a raised angle with the lowest part of its base still attached to the
quarry rock as though it were almost ready to be cut free and transported to its presumed
location next to the other stones of the Trilithon.
Why these stones are such an enigma to contemporary scientists, both engineers and
archaeologists alike, is that their method of quarrying, transportation and precision
placement is beyond the technological ability of any known ancient or modern builders.
Various ‘scholars’, uncomfortable with the notion that ancient cultures might have developed
knowledge superior to modern science, have decided that the massive Baalbek stones were
laboriously dragged from the nearby quarries to the temple site. While carved images in the
temples of Egypt and Mesopotamia do indeed give evidence of this method of block
transportation - using ropes, wooden rollers and thousands of laborers - the dragged blocks
are known to have been only 1/10th the size and weight of the Baalbek stones and to have
been moved along flat surfaces with wide movement paths. The route to the site of Baalbek,
however, is up hill, over rough and winding terrain, and there is no evidence whatsoever of a
flat hauling surface having been created in ancient times.
Next there is the problem of how the mammoth blocks, once they were brought to the site,
were lifted and precisely placed in position. It has been theorized that the stones were raised
using a complex array of scaffolding, ramps and pulleys which was powered by large
numbers of humans and animals working in unison. An historical example of this method has
been suggested as the solution for the Baalbek enigma. The Renaissance architect
Domenico Fontana, when erecting a 327-ton Egyptian obelisk in front of St Peter's Basilica
in Rome, used 40 huge pulleys, which necessitated a combined force of 800 men and 140
horses. The area where this obelisk was erected, however, was a great open space that
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