The upper part of the statue of Ramesses II uncovered 

A team of researchers led by Basem Gehad of Supreme Council of Antiquities of Egypt and Yvona Trnka-Amrhein of University of Colorado has uncovered the upper part of the statue of King Ramses II in the Ashmunin region in Minya Governorate. This part of the statue was missing since the lower part of the statue was discovered about a century ago in 1930 by the German archaeologist Günther Roeder.  

The discovered part is made of limestone and is about 3.80 meters high. It depicts King Ramesses II sitting wearing a double crown and a headdress topped with a royal cobra. The upper part of the statue’s back column also shows hieroglyphic writings of titles to glorify the king, indicating that the size of the statue when its lower part is installed may reach about 7 meters. 

Study of the discovered upper part of the statue has confirmed that it was a continuation of the lower part that was discovered earlier in 1930.  

Ramesses II was an Egyptian pharaoh. He was the third ruler of the Nineteenth Dynasty and is regarded as the greatest, most celebrated, and most powerful pharaoh of the New Kingdom hence often referred as Ramesses the Great.

Excavation in the Ashmunin region started last year with an aim to uncover the religious centre of the city of Ashmunin during the New Kingdom until the Roman era, which includes several temples, including a temple for King Ramesses II. The city of Ashmunin was known in ancient Egypt as Khemnu, meaning the City of the Eight, as it was the seat of the Egyptian cult of Thamun. It was known in the Greco-Roman era as Hermopolis Magna, and it was a centre for the worship of the god Djehuti and the capital of the fifteenth region.  

*** 

Sources:  

  1. The Ministry of Tourism and Antiquities. Press statement – Uncovering the upper part of a statue of King Ramesses II in Al-Ashmunin, Minya Governorate. Posted 4 March 2024.   

*** 

Latest

Brain-Computer Interfaces (BCI): Towards Humans’ Merger with AI 

The ongoing clinical trials of Brain-Computer Interfaces (BCIs) such...

Tumour Treating Fields (TTFields) approved for Pancreatic cancer

Cancer cells have electrically charged parts hence are influenced...

Scientific European invites Co-founder

Scientific European (SCIEU) invites you to join as a Co-Founder and investor, with both...

Future Circular Collider (FCC): CERN Council reviews Feasibility Study

The quest for the answers to the open questions (such as, which...

Chernobyl Fungi as Shield Against Cosmic Rays for Deep-Space Missions 

In 1986, the 4th unit of Chernobyl Nuclear Power Plant in Ukraine...

Myopia Control in Children: Essilor Stellest Eyeglass Lenses Authorised  

Myopia (or near-sightedness) in children is a highly prevalent...

Newsletter

Don't miss

Caffeine Consumption Induces Reduction in Grey Matter Volume

A recent human study showed that just 10 days...

e-Cigarettes Twice More Effective in Helping Smokers to Quit Smoking

Study shows the e-cigarettes are twice more effective than...

2-Deoxy-D-Glucose(2-DG): A Potentially Suitable anti-COVID-19 drug

2-Deoxy-D-Glucose(2-DG), a glucose analog that inhibits glycolysis, has recently...

First Detection of Secondary Atmosphere around an Exoplanet  

A study involving measurements by James Webb Space Telescope...

COP28: Global stocktake reveals world is not on track to Climate goal  

The 28th Conference of the Parties (COP28) to the UN...

COVID-19 Testing in Less than 5 Minutes Using Novel RTF-EXPAR Method

The assay time is considerably reduced from about an...
SCIEU Team
SCIEU Teamhttps://www.scientificeuropean.co.uk
Scientific European® | SCIEU.com | Significant advances in science. Impact on humankind. Inspiring minds.

Brain-Computer Interfaces (BCI): Towards Humans’ Merger with AI 

The ongoing clinical trials of Brain-Computer Interfaces (BCIs) such as Neuralink’s “Telepathy” implant involve establishing communication links between the brains of participants who have unmet medical needs due...

Tumour Treating Fields (TTFields) approved for Pancreatic cancer

Cancer cells have electrically charged parts hence are influenced by electric fields. Application of alternating electric fields (TTFields) to solid tumours selectively target and...

Scientific European invites Co-founder

Scientific European (SCIEU) invites you to join as a Co-Founder and investor, with both strategic investment and active contribution in shaping its future direction.  Scientific European is an England-based media outlet providing multilingual...

LEAVE A REPLY

Please enter your comment!
Please enter your name here