Research Areas

This research focuses on the archaeological and architectural analysis of the Giza Plateau, with particular attention to structural systems, underground contexts, and non-invasive field methodologies.

  • Osiris Shaft and underground structures
  • Khafre Causeway and architectural systems
  • Western Escarpment rock-cut features
  • Non-invasive field observation and analysis
Selected Publications

Open-Access Archaeological Research

Architectural Constraints and Interface Anomalies in the Osiris Shaft Complex

Osiris Shaft · Non-invasive documentary assessment

A non-invasive archaeological–architectural assessment focused on wall–floor junctions, interface discontinuities, and localized moisture signatures within the Osiris Shaft complex.

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Reconsidering the Osiris Shaft: Evidence for a Connected Subterranean Network

Giza Plateau · Subterranean architecture

Study exploring the Osiris Shaft within a broader subsurface architectural framework through photographic documentation and limited tomographic correlation.

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A Rock-Cut Cavity in the Western Escarpment of the Giza Plateau

Western Escarpment · Preliminary observational study

Preliminary documentation and contextual analysis of an isolated rock-cut cavity within the western escarpment of the Giza Plateau.

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Field Work

Ongoing field research conducted directly on the Giza Plateau, focused on structural observation, architectural analysis, and documentation of anomalies within complex archaeological contexts.

The work is based on direct, non-invasive observation and aims to identify architectural constraints, discontinuities, and contextual patterns often overlooked in conventional interpretations.

Contact & Collaboration

For research collaborations, institutional dialogue, or project-related inquiries, please get in touch directly.

Email: dott.armandomei@gmail.com

All research is conducted within a non-invasive, evidence-based framework grounded in direct field observation.

Support the Foundation

Support the development of the Egyptian Heritage Research Foundation – Preparatory Initiative, an independent project focused on non-invasive archaeological research, field documentation, and heritage preservation in Egypt.

Contributions help sustain:

  • Field documentation and on-site research
  • Open-access publications and reports
  • Non-invasive methodological development
  • Institutional preparation and legal structuring in Egypt
  • Long-term archaeological continuity

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How important is investigation of the northern Queens Chamber shaft?


Rudolf Gantenbrink

Ever since that sensational discovery in the lower southern shaft, the northern shaft has received little publicity. But exploring it might well help to solve the ongoing riddle of the southern lower shaft. We do not yet know how and where the northern shaft ends. Will we discover another stone slab blocking the way?
Not only that, the northern shaft itself may contain equally enticing mysteries.
In 1879, British archeologist Waynman Dixon retrieved a number of artifacts from the lower shaft northern. One of them was a small piece of a square wooden rod, which, unfortunately, has since disappeared. Another of his finds resembles a small grappling hook. The two rivets in the hook seem to match two holes in a square rod, presumably made of wood, which is still lodged about 18 meters up into the shaft. (See THE LOWER NORTHERN SHAFT at THE FINDINGS page.)
I have carried out extensive modifications to the robots, giving them greater maneuverability to deal with bends in the shafts and differing shaft heights. So now, the northern lower shaft presents no major obstacles. We could explore it further with relative ease and at moderate cost. And we may be able to extract that enticing rod. If it does turn out to be made of wood, it can be carbon-dated. And that might well provide further evidence about the age of the Cheops Pyramid.
We should never forget that the upper region of this shaft constitutes the last remaining unexplored area of one of the world's most important historical monuments. We know it is there - and all we have to do is apply existing technology