Cosmic Rays Could Finally Reveal Structure of Mysterious Tomb of China’s First Emperor

Science News

For over two millennia, the tomb of C̳h̳i̳n̳a̳’s first emperor, Qin Shi Huang have been locked away, with scientists and historians the world over desperate to catch a glimpse of what really lies within. The mausoleum, now a UNESCO World Heritage Site located in the Xi’an Lintong District, was accidentally unearthed by a group of peasants back in 1974. But it is only now that the development of science allows us an opportunity to understand Qin Shi Huang’s mysterious reign. Scientists plan to use cosmic rays to scan the sealed tomb of the Chinese first emperor, who was buried with the famous miniature Terracotta Army, whose purpose was to protect him in the afterlife.

Scientists have been searching for non-invasive methods of finding out more about the tomb of China’s first emperor, Qin Shi Huang. (Public domain)
Scientists have been searching for non-invasive methods of finding out more about the tomb of China’s first emperor, Qin Shi Huang

Qin Shi Huang – The Chinese First Emperor’s Tomb and His Terracotta Army

The Terracotta Army lies to the east of the Chinese first emperor’s tomb. Numbering thousands, it is believed to have been positioned there so as to protect the first unifier of C̳h̳i̳n̳a̳ from his eastward expansion and rule, which ended in 210 BC (the Qin had conquered all of the Warring States and unified C̳h̳i̳n̳a̳ in 221 BC).

For more than 2,000 years, the emperor’s secrets lay hidden underground, guarded by his Terracotta Army . Experts believe that the Terracotta Army was once painted, but immediately lost its color when the initial discovery was made and the tomb was exposed to the atmosphere, but also faced the brunt of nature, buried beneath layers and layers of vegetation.

For the few decades since its discovery, Chinese authorities have been reluctant to allow the opening of the Chinese first emperor’s tomb, even for inspection purposes, fearing an absence of appropriate preservation techniques, reports The Daily Mail . The massive burial site located in the northwest city of Xi’an, is nearly 70 times the size of the Forbidden City in terms of area. It took almost four decades and hundreds of thousands of laborers to complete, but has never been fully excavated. That could be about to change.

The first emperor of C̳h̳i̳n̳a̳ was obsessed with his mortality and wanted to create an elixir that would grant him immortality, and the power to live through 10,000 generations of his dynasty. This is as per 36,000 wooden strips with intricate calligraphy, that revealed that the posthumous Terracotta Army was an extension of Qin Shi’s desire to rule even in his afterlife, reveals a Smithsonian report from 2017.

The excavations and restoration of the Terracotta Army has been a challenge. Originally painted, the sculptures lost their color when exposed to the atmosphere. This kind of damage is the reason for why China has as yet not excavated the first emperor’s tomb. (Gary Todd / CC0)
The excavations and restoration of the Terracotta Army has been a challenge. Originally painted, the sculptures lost their color when exposed to the atmosphere. This kind of damage is the reason for why China has as yet not excavated the first emperor’s tomb.

Muon Scanning Technology and its Benefits

Now, scientists are proposing the use of subatomic particles called muon to map out the interior of the subterranean inner chamber. Muons are absorbed by thick, dense objects, but can pass through lighter materials. These muon detectors are used by archaeologists to map out structures, look for buried sites, and have been known to work in tough terrain like volcanoes, caves, and pyramids, as noted by The Times This approach was used in 2017, to reveal a 98-foot-long (29.8 m) chamber within the Great Pyramid at Giza .

The idea to use this technology to reveal hereto unknown information about the Chinese first emperor’s tomb was proposed by physicist Yuanyuan Liu of the Beijing Normal University and her colleagues. The team normally uses cosmic rays to investigate dark matter at the C̳h̳i̳n̳a̳ Jinping Underground Laboratory, the best shielded underground laboratory in the world, and the world’s deepest located cosmic ray facility, located 3.7 miles (5.9 km) under the Sichuan province.

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