This special takes a 21st century approach to ancient history, bringing together the latest scientific evidence to build the ultimate picture of King Tutankhamun.
A lad finds himself magically sent back to ancient Egypt where he and the young King Tut team up to stop their evil and overly ambitious elders.
What killed King Tutankhamun? Ever since his spectacular tomb was discovered, the boy king has been the most famous pharaoh of all ancient Egypt. But his mysterious death, at just 19 years old, has never been explained. In this BBC One special, presenter Dallas Campbell reveals new scientific research and carries out unique experiments to get to the truth. For the first time, a virtual autopsy of Tut's mummified body reveals astonishing secrets about the pharaoh. Using CT scan data, the programme creates the first ever full size, scientifically accurate image of the real Tutankhamun. Brand new DNA analysis uncovers a shocking secret about Tut's family background, and the genetic trail of clues leads to a radical and revolutionary new theory to explain Tut's sudden and unexpected death. This is an epic detective story that uncovers the extraordinary truth of the boy behind the golden mask.
As part of a high-tech forensic probe into the demise of Egyptian Pharaoh Tutankhamun, scientists use X-rays and CT scans as they attempt to reach a conclusion about just how this famed king died. In addition, they explore the mysterious curse on explorers linked to Tut's tomb excavation.
Almost 100 years after the discovery of King's Tut's Tomb, it is time to tell the story in a new light. Using 2D and 3D imagery to reconstruct the tomb, the mummy, the funerary objects and the topography of the famous valley of the Kings.
This Blu-ray shows you detailed and true-to-scale replicas of the treasures of the Pharaoh's tomb just as Howard Carter had originally discovered them. Now, more than 3,000 years later, you can see the tomb of the Pharaoh, immense treasures and ancient mysteries in a sensational reconstruction in stereoscopic 3D.