That is excellent.  Much more believable than the shadow hypothesis (to me 
anyway) and in keeping with what a number of others say about the ‘operation’ 
of many Megalithic structures too.
Thanks for that

Patrick

From: Gianni Ferrari 
Sent: Saturday, December 21, 2013 9:17 AM
To: LISTA INGLESE 
Subject: Fwd: [HASTRO-L] Uncovering ancient Rome

Perhaps someone is interested.


Best Wishes to all
Gianni Ferrari


---------- Forwarded message ----------
From: Clark Whelton <[email protected]>
Date: 2013/12/21



Uncovering ancient Rome

>From < 
>http://news.indiana.edu/releases/iu/2013/12/augustus-virtual-reality-project.shtml
> >:
=========================================================

Virtual archaeologist at IU turns clock back millennia to uncover
secrets of ancient Rome

NASA data, simulations used to connect Egyptian obelisk, Augustus'
'Altar of Peace'
Dec. 19, 2013

BLOOMINGTON, Ind. -- An Indiana University archaeo-informaticist has
used virtual simulations to flip the calendar back thousands of years
and show for the first time the historical significance of the unique
alignment of the sun with two monuments tied to the founder of the
Roman Empire.

For nearly a half-century, scholars had associated the relationship
between the Ara Pacis, the “Altar of Peace” dedicated in 9 BC to
then-emperor Augustus, and the Obelisk of Montecitorio -- a
71-foot-high granite obelisk Augustus brought to Rome from Egypt --
with Augustus’ Sept. 23 birthday.

Prevailing research had found that on this day, the shadow of the
obelisk -- serving as the pointer, or gnomon, of a giant sundial on
the plaza floor -- would point toward the middle of the Ara Pacis,
which the Roman Senate had commissioned to recognize the peace brought
to the Roman Empire through Augustus' military victories.

Over his nearly 40 years of teaching Roman topography classes, IU
Bloomington School of Informatics and Computing professor Bernie
Frischer had always informed students of that prevailing theory, but
today in an announcement made at the Vatican’s Pontifical
Archaeological Academy in Rome, Frischer provided another explanation
for the original placement of the two landmarks that were both
parallel and adjacent to what was at the time the major road, the Via
Flaminia, leading from Rome over the Apennine Mountains to the coast
of the Adriatic Sea.

“What's important is not the shadow of the obelisk, but the sun's disk
seen over the center of the top of the obelisk from a position on the
Via Flaminia in front of the Ara Pacis,” Frischer said. New computer
simulations now show that German scholar Edmund Buchner's longstanding
theory that the shadow of the obelisk hit the center of the facade of
the Ara Pacis was wrong.

GPS coordinates, known dimensions and additional bibliographical
sources were also used to create the 3-D models of the Ara Pacis, the
meridian and the obelisk, all of which would have been located at the
490-acre site then known as the Campus Martius. Frischer said his
Rome-based research assistant Ismini Miliaresis conducted critical
research on the meridian line location, and independent scholar and
professional meridian designer and engineer Paolo Albèri Auber
conducted the refined work on the obelisk’s original size.

Using NASA's Horizons System, which gives the position of objects in
the solar system in the sky at any time in history as seen from any
spot on earth, along with surveys of the location of the sundial’s
original meridian line, and the height of the obelisk in exacting
detail, Frischer and a team that included John Fillwalk, director of
the Institute for Digital Intermedia Arts at Ball State University,
determined the sun’s placement at the top of the obelisk occurred on
Oct. 9.

“Inscriptions on the obelisk show that Augustus explicitly dedicated
the obelisk to his favorite deity, Apollo, the Sun god,” Frischer
said. “And the most lavish new temple Augustus built, the Temple of
Palatine Apollo, was dedicated to his patron god and built right next
to Augustus’ own home.

“So the new date of the alignment, Oct. 9, is actually what we know to
be the annual birthday festival of the Temple of Palatine Apollo,” he
said. “No other date on the Roman religious calendar would have been
as appropriate as this.”

While Fillwalk and the IDIA Lab at Ball State created one interactive
model that runs in the game engine Unity, IU School of Informatics
research scientist Matthew Brennan used AutoCad and 3-D Studio Max to
create a photorealistic model the team used to generate images and
video clips illustrative of the research. Frischer then sought
independent confirmation of the findings from Lawrence Livermore
National Laboratory astrophysicist David Dearborn.

“He ran independent tests of our solar alignments, using different
software and methods, and his conclusions confirmed what we had found,
giving us added confidence that our discovery is correct,” Frischer
said.

The work is a statement to the possibilities inherent in using
information technology to support the work of archaeologists, and
specifically for Frischer, the use of 3-D modeling.

“Empiricism, that sense of direct observation of nature through the
senses, in some cases has had to give way to thought experiments and
likewise, to computer simulations, as objects of study recede beyond
our innate sensory apparatus in time, space and scale,” he said. “I
call it ‘simpiricism,’ where we create computer simulations to bring
our object back within the ken of the natural senses so it can be
observed again, in a way analogous to what was done in the time of
classic empiricism.”

“3-D modeling can show scholars and, indeed, the general public, what
the archaeologist uncovered, and it can be used to provide a view of
how the site or object looked when it was new and in subsequent stages
of its use and destruction,” Frischer said.

This research was funded by the National Science Foundation (grant
#IIS-1014956). 



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