Showing posts with label Romans. Show all posts
Showing posts with label Romans. Show all posts

Friday, August 18, 2017

As examples of hubris go, that of Hannibal (the Carthaginian general, not the fictional serial killer) takes some matching. And now German geochemists have added solid science to the evidence of historians and archeologists.

Hannibal, as documented by the Roman historian Livy, memorably led his Spanish army, aided by columns of war elephants, over the Pyrenees and the Alps, intent on sacking Rome.

The general successfully occupied much of Italy – although not Rome itself – for about 15 years, until he met defeat at the hands of the Roman general Scipio Africanus.

“Either we must stop fighting and disband our armies,” Livy has him saying before his Italian invasion, “or pursue our conquests elsewhere.

“By doing the latter, and by seeking plunder and renown from the conquer of other countries, the Spanish peoples will reap the harvest not only of peace but of victory.”

Research presented this week to the Goldschmidt geochemistry conference in Paris shows that, far from becoming enriched, Spain, newly conquered by avenging Romans, ended up losing much of its silver reserves, providing the raw metal for the coinage of Rome’s expanding empire.

A team of geochemists led by Fleur Kemmers and Katrin Westner from Goethe University in Frankfurt analysed 70 Roman coins dating from between 310 and 101 BCE. Roman conquered Spain, and thus acquired control of the country’s silver mines, around 211 BCE.

Using mass spectrometry, the German team showed that the lead content of most Roman coins changed after 209 BCE. Lead isotope concentration serves as a geological clock, identifying the origin or the ores used to extract silver.

Looking at four isotopes – 208Pb, 207Pb, 206Pb and 204Pb – the researchers established that Roman coins made before the Spanish conquest used silver that came from the same sources used by Greek and Sicilians in the same period.

By 211 BCE, however, the isotopes clearly identified the silver sources as being located in either southeast or southwest Spain.

“The defeat of Carthage led to huge reparation payments to Rome, as well as Rome gaining high amounts of booty and ownership of the rich Spanish silver mines,” says Westner.

“From 209 BC we see that the majority of Roman coins show geochemical signatures typical for Iberian silver.”

Defeat, by the way, did not mark the end of Hannibal’s career. He went onto enjoy a stint as a judge in Carthage, before taking up a role as military advisor to Antiochus III, ruler of the Seleucid Empire.

His new job went pear-shaped after the king was roundly defeated by the Romans, but Hannibal, who seems to have been made of Teflon, simply sped away and made a new gig for himself as naval chief in the court of Bithynia.

He was eventually betrayed to Rome by Bithynian double agents, and poisoned himself before he could be captured.

source

Roman conquest of Spain written in chemistry of ancient coins

Tuesday, March 7, 2017

A destroyed basilica at the Santa Maria Maggiore di Siponto church in Puglia resurrected In Ghostly Wire Mesh by  artist Edoardo Tresoldi.

The permanent installation -- made from transparent metal wiring -- marks the opening of a new archaeological park beside an existing church.
Built in three months, the €3.5 million ($3.96 million) structure corresponds to the original size of the Paleo-Christian basilica that once stood on the site.
Tresoldi, who conceived similar works for last year's Secret Garden Party and Milan Fashion Week, describes his installation as 'a return of this great building as if it was part of the histo.











Ancient Church Resurrected In Ghostly Wire Mesh

Thursday, October 27, 2016


Restorers working in the Church of the Holy Sepulchre in Israel uncover stone slab venerated as the resting place of Jesus Christ.

JERUSALEM, ISRAELFor the first time in centuries, scientists have exposed the original surface of what is traditionally considered the tomb of Jesus Christ. Located in the Church of the Holy Sepulchre in the Old City of Jerusalem, the tomb has been covered by marble cladding since at least 1555 A.D., and most likely centuries earlier.


"The marble covering of the tomb has been pulled back, and we were surprised by the amount of fill material beneath it,” said Fredrik Hiebert, archaeologist-in-residence at the National Geographic Society, a partner in the restoration project. “It will be a long scientific analysis, but we will finally be able to see the original rock surface on which, according to tradition, the body of Christ was laid."

According to Christian tradition, the body of Jesus Christ was laid on a shelf or “burial bed” hewn from the side of a limestone cave following his crucifixion by the Romans in A.D. 30 or possibly 33. Christian belief says Christ was resurrected after death, and women who came to anoint his body three days after the burial reported that no remains were present.

This burial shelf is now enclosed by a small structure known as the Edicule (from the Latin aedicule, or "little house"), which was last reconstructed in 1808-1810 after being destroyed in a fire. The Edicule and the interior tomb are currently undergoing restoration by a team of scientists from the National Technical University of Athens, under the direction of Chief Scientific Supervisor Professor Antonia Moropoulou.

The exposure of the burial bed is giving researchers an unprecedented opportunity to study the original surface of what is considered the most sacred site in Christianity. An analysis of the original rock may enable them to better understand not only the original form of the tomb chamber, but also how it evolved as the focal point of veneration since it was first identified by Helena, mother of the Roman emperor Constantine, in A.D. 326.


"We are at the critical moment for rehabilitating the Edicule," Moropoulou said. "The techniques we're using to document this unique monument will enable the world to study our findings as if they themselves were in the tomb of Christ."
Moment of Revelation
The doors to the church were shut early—hours before normal closing time, leaving a bewildered crowd of pilgrims and tourists standing in front of the towering wooden doors. Inside, a scrum of conservators in yellow hard hats, Franciscans in simple brown robes, Greek orthodox priests in tall black hats, and Copts in embroidered hoods surrounded the entrance to the Edicule, peering into its reaches. Rising above all of them was the façade of the early 19th-century shrine, its elaborate carvings obscured by iron beams and orange safety tape.

Inside the tomb, which usually glows with a faint constellation of wax candles, bright construction lighting filled the small cell, revealing tiny details that are usually overlooked. The marble slab that covers the holy bench—roughly 3 by 5 feet and carved from creamy marble—had been pulled away from the wall. Beneath it was a grey-beige stone surface. What is it? a conservator was asked. "We don’t know yet," she replied. "It's time to bring in the scientific monitoring tools."
The Church of the Holy Sepulchre (also known as the Church of the Resurrection) is currently under the custody of six Christian sects. Three major groups—the Greek Orthodox Church, the Roman Catholic Church, and the Armenian Orthodox Church—maintain primary control over the site, and the Coptic, Ethiopian Orthodox, and Syriac communities also have a presence there. Parts of the church that are considered common areas of worship for all of the sects, including the tomb, are regulated by a Status Quo agreement that requires the consent of all of the custodial churches.

Outside the Edicule, Thephilos III, the Greek Patriarch of Jerusalem, stood watching the events with a serene smile. "I'm glad that the atmosphere is special, there is a hidden joy," said the patriarch. "Here we have Franciscans, Armenians, Greeks, Muslim guards, and Jewish police officers. We hope and we pray that this will be a real message that the impossible can become the possible. We all need peace and mutual respect."

Resurrecting a Sacred Shrine
The structural integrity of the early 19th-century Edicule has been a concern for decades. It suffered damage during a 1927 earthquake, and British authorities were forced to shore up the building in 1947 with unsightly exterior girders that remain to this day. Difficulties among the Status Quo representatives and a lack of financial resources have hindered its repair.
In 2015, the Greek Orthodox Patriarchate of Jerusalem, with the agreement of the other two major communities, invited the National Technical University of Athens (which had previously led restoration projects on the Athenian Acropolis and the Hagia Sophia) to study the Edicule. The communities of the Church of the Holy Sepulchre agreed to restore the structure in March 2016, with work to be completed by the spring of 2017. Major donors to the $4-million-plus project include a royal benefaction from Jordan's King Abdullah II, and $1.3-million gift from Mica Ertegun to the World Monuments Fund in support of the project.


Jesus Christ's 'burial slab' uncovered during restoration

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