❖ ገብርኤል 🧕 ማርያም 😇 ኡራኤል ❖ ጊዮርጊስ ❖ ተክለ ሐይማኖት ❖ መርቆርዮስ ❖ ዮሴፍ ❖ መድኃኔ ዓለም
😮 ይህ በሰሜናዊ ኢትዮጵያ (ትግራይ ክልል)በቀድሞው የዳዕማት መንግሥት ዋና ከተማ በየሃ ታሪካዊና ጥንታዊ ቦታ ላይ በጀርመን የተገኘ የሁለት ሺህ ስምንት መቶ/2,800 ዓመት ዕድሜ ያለው ቤተ መንግሥት በዓለም ላይ የመጀመሪያው ሰማይ ጠቀስ ፎቅ ሊሆን ይችላል።
ይህን በጀርመን የብራንደንበርግ የቴክኖሎጂ ዩኒቨርሲቲ ኮትቡስ-ሴንፍትበርግ እና የጀርመን አርኪኦሎጂ ተቋም ማይክ ሽኔል ይፋ የተደረገ አስደናቂ እና በጣም ጠቃሚ የሆነ ዕውቀት/መረጃ በታዋቂው የብሪታኒያ 'ሄሪቴጅ ደይሊ መጽሔት' ላይ ባለፈው ሐምሌ 2026 ዓ.ም ላይ ታትሟል።
ብዙ የጊዜና ሙያዊ መስዋዕት የወሰደ ድንቅ ህትመት ነው! እናመሰግናለን!
እውነተኛ ኢትዮጵያውያን እነዚህን ክቡር ታሪካዊ ቅርሶች እና ለአምስት ሺህ ዓመታት ጠብቆ ያቆየልንን ሕዝባችንን እንደ ዓይን ብሌናችን ለመጠበቅ በሰሜኑ ክፍል ምንም ዓይነት የጦርነት ኮሽታ እንዳይሰማ ይታገላሉ እንጂ "ያዘው! በለው! ውረረው! አቃጥለው! ግደለው!” በጭራሽ ለማለት አይደፍሩም። ይህን ለማለት የሚደፍሩት ምስጋና-ቢሶቹ፣ ቀናተኞቹ፣ ምቀኞቹ፣ ቀማኞቹና ዘር-አጥፊዎቹ ስጋውያን መሀመዳውያን እና ጋላ-ኦሮሞዎች ናቸው።
• ጥንታዊው የኢትዮጵያ ቤተ መንግሥት ፲፮/16 ፎቅ ከፍታ ላይ ሊቆም ይችል ነበር፣ ጥናት እንዳመለከተው
• በአፍሪካ ውስጥ የሁለት ሺህ ስምንት መቶ/2,800 ዓመት ዕድሜ ያለው ቤተ መንግሥት ከጥንታዊው ዓለም የመጀመሪያዎቹ “ሰማይ ጠቀስ ሕንፃዎች” አንዱ ሊሆን ይችላል።
በአክሱማዊቷ ኢትዮጵያ ላይ ዛሬም ትናንትናም ብዙ የወረራ እና የዘር ማጥፋት ጦርነቶች የተከፈቱበት አንዱ ምክኒያት/ምስጢር ይህ ነው! ታሪክን፣ ቅርስን ብሎም ማንነትንና ምንነትን ለማጥፋት፣ ለመውረስ/ለመስረቅ። ለዚህ ደግሞ ሉሲፈራውያኑ ባለፉት ሺህ አራት መቶ ዓመታት መጤዎቹን መሀመዳውያኑን፣ ከአምስት መቶ ዓመታት ጀምሮ ደግሞ መጤዎቹን ጋላ-ኦሮሞዎችን በመጠቀም ላይ መሆናቸውን በዓይናችን እያየናቸው ነው።
በጦርነቶችና ወረራዎች አማካኝነት ከሚፈጸሙት ዘርና ቅርስ የማጥፊያ ዘመቻዎች ጎን ለጎን ደግሞ ታሪካዊ እና ቅዱሳት መጻሕፍትን ለማጥፋትና ለመውረስ የሰው ልጅ ጠላቶቹ ቴክኖሎጂዎችን በመጠቀም ላይ ይገኛሉ።
የሰው ልጅ ታሪክን እና እውቀትን ለትውልድ ለማስተላለፍ ታሪካዊ ቅርሶች እና መጻሕፍት ትልቅ ሚና አላቸው። ይሁን እንጂ በታሪክ ውስጥ እነዚህን ውድ ሀብቶች ሆን ብሎ ወይንም በአደጋ የማጥፋት በርካታ ድርጊቶች ተከስተዋል።
ይህንን ጉዳይ በሁለት ዋና ዋና ክፍሎች ከፍለን ማየት እንችላለን፡ በታሪክ የታዩት ዋና ዋና ጥፋቶች እና በአሁኑ ዘመን (በኤ.አይ/AI ዘመን) ቅርሶችን ለመጠበቅ የሚደረጉ ጥረቶች።
፩.
በታሪክ
ውስጥ የታወቁ የታሪካዊ ቅርሶች እና መጻሕፍት
ጥፋቶች
በጦርነት፣
በሃይማኖታዊ ግጭቶች እና በፖለቲካዊ ለውጦች
ምክንያት በርካታ የሰው ልጅ የጥበብ ስራዎች
ጠፍተዋል፤
•
የእስክንድርያ
ቤተ መጻሕፍት መውደም (ግብፅ):
በጥንታዊው
ዓለም ትልቁ የነበረው ይህ ቤተ መጻሕፍት
በጦርነቶች እና በእሳት አደጋዎች ምክንያት
ሙሉ በሙሉ ወድሟል። በሺዎች የሚቆጠሩ የጥንት
ጥቅል መጻሕፍት እና የሳይንስ እውቀቶች አብረው
ጠፍተዋል።
•
የናዚ
መጻሕፍት ማቃጠል (ጀርመን):
እ.ኤ.አ.
በ1933
የናዚ
አገዛዝ ከርዕዮተ ዓለሙ ጋር የማይስማሙ እና
በዓይሁድ ጸሐፊዎች የተጻፉ በሺዎች የሚቆጠሩ
መጻሕፍትን በይፋ አቃጥሏል።
•
የባሚያን
ቡድሃ ሐውልቶች መፈንዳት (አፍጋኒስታን):
እ.ኤ.አ.
በ2001
የታሊባን
ቡድን በስድስተኛው/6ኛው
ክፍለ ዘመን የተሰሩትን እጅግ ታላላቅ የቡድሃ
ሐውልቶች በባሩድ አፍርሷቸዋል።
•
የቲምቡክቱ
መጻሕፍት መቃጠል (ማሊ):
እ.ኤ.አ.
በ2013
አክራሪ
ታጣቂዎች በቲምቡክቱ፣ ከ2020
ዓ.ም
ጀምሮ ደግሞ በፋሺስቱ ጋላ-ኦሮሞ
እስላማዊ አገዛዝ እና በደጋፊዎቹ፣ በሲ.አይ.ኤ፣
በቱርክ፣ በእስራኤል እና በኤሚራቶች የሚመራው
ኃይል በሰሜን ኢትዮጵያ የሚገኙ ጥንታውያን
የአፍሪካ የሳይንስ፣ የሕክምና፣ የኮከብ
ቆጠራ፣ የሃይማኖት እና የታሪክ የብራና
መጻሕፍትን ዘርፈዋል፣ አቃጥለዋል።
፪.
የኤ.አይ.
(AI)
ሚና፡
ታሪክን ማጥፋት ወይስ ማዳን?
«ኤ.አይ»
(Artificial Intelligence)
ከቅርሶች
እና መጻሕፍት መጥፋት ጋር በተያያዘ በሁለት
መንገድ ሊታይ ይችላል። በአንድ በኩል ቅርሶችን
ለመታደግ ትልቅ መፍትሔ ሲሆን፣ በሌላ በኩል
ደግሞ የተወሰኑ ስጋቶችን ይዟል።
🛠️ኤ.አይ. ቅርሶችን እና መጻሕፍትን እንዴት ይታደጋል?
ዛሬ ቴክኖሎጂ ታሪካዊ ቅርሶች ሙሉ በሙሉ እንዳይጠፉ ለማድረግ ከፍተኛ እገዛ እያደረገ ነው፤
• ዲጂታል ቅጂ መፍጠር (Digital Preservation): ኤ.አይ. እና 3D ስካነሮች በመጠቀም ጥንታዊ ሕንጻዎችን፣ ቅርሶችን እና መጻሕፍትን ወደ ዲጂታል ፎርማት ይቀይራሉ። ቅርሱ በአካል ቢጠፋ እንኳ ዲጂታል ይዘቱ ለዘላለም ይኖራል።
•
የተበላሹ
መጻሕፍትን ማንበብ፤
ኤ.አይ.
በእሳት
ወይም በውሃ የተጎዱ፣ ወይም ቀለም የጠፋባቸውን
ጥንታዊ የብራና መጻሕፍት የራጅ (X-ray)
ጨረር
በመጠቀም ማንበብ እና ይዘታቸውን መመለስ
ይችላል።
•
የጠፉ
ቋንቋዎችን መተርጎም፤
ማንም ሰው ሊያነባቸው የማይችሉትን የጥንት
ስልጣኔ ቋንቋዎች ኤ.አይ.
በፍጥነት
በመተንተን ታሪካዊ ሚስጥሮችን ይፈታል።
⚠️
ከኤ.አይ.
ጋር
የተያያዙ ስጋቶች (ታሪክን
ማዛባት)
ኤ.አይ.
መጻሕፍትን
በቀጥታ አያቃጥልም፣ ነገር ግን በተዘዋዋሪ
የታሪክ መረጃዎችን ሊያጠፋ ወይም ሊያዛባ
የሚችልባቸው መንገዶች አሉ፡
•
ሀሰተኛ
ታሪክ መፍጠር (Deepfakes
& Fake History)፤
ኤ.አይ.
እውነተኛ
የሚመስሉ የፎቶ፣ የቪዲዮ እና የጽሑፍ መረጃዎችን
መፍጠር ስለሚችል፣ እውነተኛውን ታሪክ በሀሰተኛ
ታሪክ የመተካት አደጋ አለው።
• መረጃዎችን ሳንሱር ማድረግ፤ ዲጂታል የተደረጉ መጻሕፍት በኤ.አይ. ስልተ-ቀመሮች (Algorithms) አማካኝነት የተወሰኑ ክፍሎቻቸው እንዲሰረዙ ወይም እንዲቀየሩ ከተደረገ፣ የዋናው መጽሐፍ እውነተኛ ይዘት ሊጠፋ ይችላል።
• Ancient Ethiopian Palace Could Have Stood 16 Storeys High, Study Finds
• A 2,800-Year-Old Palace in Africa May Have Been One of the Ancient World’s First “Skyscrapers”
😔 This is one of the reasons / secrets why many wars of invasion and genocide have been launched against Axumite Ethiopia, both today and yesterday! To destroy, inherit/steal history, heritage, and identity and essence. For this, we are seeing with our own eyes that the Luciferians have been using the immigrant Mohammedans, for the past fourteen hundred years, and the immigrant Gala-Oromos, for the past five hundred years.
Alongside the campaigns of ethnic and cultural destruction through wars and invasions, the enemies of humanity are also using technology to destroy and appropriate historical and sacred texts.
👹 AI Companies Are Buying—And Destroying—Antique Books.
🌍 Long before steel frames and reinforced concrete reshaped city skylines, builders in the Ethiopian highlands were already experimenting with a remarkably sophisticated way of building upward. At Yeha, one of the most important ancient sites in northern Ethiopia, a monumental palace dating to around 800 BC may have reached far higher than its surviving ruins suggest.
Computer simulations of a 2,800-year-old monumental building in northern Ethiopia suggest its unusual timber-reinforced walls were strong enough to support far more floors than archaeologists had previously assumed. - HeritageDaily - Archaeology News.
https://www.mdpi.com/2571-9408/9/7/270
Computer simulations of a 2,800-year-old monumental building in northern Ethiopia suggest its unusual timber-reinforced walls were strong enough to support far more floors than archaeologists had previously assumed.
An ancient palace in Ethiopia dating to around 800 BC could theoretically have risen to as many as 16 storeys while remaining structurally stable, according to a new engineering study that sheds light on the sophistication of early building techniques in the Horn of Africa.
Researchers used modern computer modelling to investigate the Grat Be’al Gibri at Yeha, a monumental palatial and administrative complex measuring roughly 60 metres by 60 metres.
The building is considered the largest known palace-like structure from the early first millennium BC in South Arabia and East Africa. Although only parts of its ground floor and massive foundation podium survive, archaeological evidence has long suggested it was a multi-storey structure.
Its walls were constructed from locally sourced phonolite rubble stone and clay mortar, reinforced with layers of wooden beams. Unlike comparable ancient building systems in South Arabia, where timber was commonly arranged both horizontally and vertically, the beams at Grat Be’al Gibri were installed exclusively horizontally.
The researchers set out to determine whether this unusual construction technique could have supported the substantial building represented in archaeological reconstructions.
Using a virtual three-dimensional reconstruction of the palace, engineers created finite element models of two representative sections: an external wall corner and an internal wall containing a doorway. The simulations accounted for uncertainties surrounding the mechanical properties of the ancient stone, clay and timber.
The results indicate that the building’s walls had considerable structural reserves.
Previous virtual reconstructions had envisaged five regular floors topped by three recessed storeys. The new analysis found that this eight-storey reconstruction was comfortably within the walls’ theoretical load-bearing capacity. Even under the researchers’ worst-case assumptions about the building materials, the structure could theoretically have supported around 16 storeys.
The result does not mean that Grat Be’al Gibri actually had 16 floors. Rather, it demonstrates that the surviving wall system was capable of carrying substantially more weight than the reconstructed building would have imposed.
The simulations also produced a surprising finding about the timber embedded in the masonry.
Variations in the mechanical properties of the wood had relatively little effect on the overall load-bearing capacity. Instead, the properties of the stone-and-clay masonry were much more significant, with tensile failure in the clay-mortared rubble emerging as the critical structural limitation.
Archaeological evidence nevertheless suggests that timber selection was deliberate. African olive and Cordia africana have been identified among the beams, both woods with properties that include resistance to pests such as termites.
The palace’s substantial construction provides further evidence of its scale. Ground-floor walls were approximately 1.9 metres thick, while the foundation podium walls reached about 2.2 metres. The podium itself was approximately six metres high, while monumental stone pillars at the entrance rose to about 10 metres.
Other archaeological features, including a staircase, also indicate that the building extended well above the surviving ground floor.
The researchers conclude that ordinary structural loading is unlikely to explain the palace’s destruction. Given the considerable load-bearing reserves identified in the simulations, an exceptional event would have been required to cause catastrophic failure.
That conclusion is consistent with archaeological evidence showing that Grat Be’al Gibri was destroyed by a devastating fire in antiquity.
The study provides a rare engineering perspective on ancient architecture in the region. Researchers say there have been few structural analyses capable of testing how many floors ancient South Arabian and East African buildings could actually have supported.
The findings suggest the builders at Yeha had developed highly effective construction techniques through practical experience and the transmission of technical knowledge, allowing them to create monumental architecture centuries before modern structural engineering.
Further modelling could investigate the palace as a complete structure, examine the effects of different arrangements of timber reinforcement and incorporate more detailed floor loads and material behaviour.
The research, by Martin Drieschner of Brandenburg University of Technology Cottbus-Senftenberg and Mike Schnelle of the German Archaeological Institute, was published in the journal Heritage in July 2026.
