Researchers Surveyed North Wall of Tomb KV62
A study conducted in 2024 utilized advanced radar to investigate potential hidden chambers in the tomb.
Updated on Oct. 6, 2026 in Physics
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Archaeologists led by Mamdouh Eldamaty utilized ground-penetrating radar and micro-gravity measurements during 2023 and 2024 to scan the north wall of KV62. The team investigated the long-standing hypothesis that hidden chambers exist within the Amarna-period burial site.
Why it matters
This study aims to resolve decades of speculation regarding the architectural complexity of the burial complex. Verification of these hidden spaces could fundamentally alter the historical understanding of the site's layout.
The survey utilized ground-penetrating radar with frequencies between 400 MHz and 900 MHz, alongside high-frequency scans up to 3 GHz. Micro-gravity measurements were simultaneously conducted to detect potential density variations behind the wall.
The players
Mamdouh Eldamaty
He is an archaeologist who led the recent research team investigating the tomb of KV62.
The details
The research team analyzed potential door-seam anomalies and density variations behind the north wall of the tomb. Signal quality was noted to be reduced by air gaps between the radar antennae and the uneven wall surface.
Timeline
The geophysical survey was conducted throughout 2023 and 2024.
Approval to drill a borehole for camera insertion is expected in the coming months.
The Big Picture
This project marks the latest effort to test the hidden-chamber hypothesis regarding the Amarna-period burial complex. The investigation follows a pattern of high-tech archaeological attempts to verify structural anomalies previously identified at the site.
Future borehole drilling could provide the first direct visual evidence of any chambers located behind the stone walls. This technology may set a precedent for non-invasive archaeological exploration in similar historical sites.
The takeaway
Archaeologists are balancing advanced radar technology with physical site preservation to investigate these persistent structural questions. Success in this survey highlights the critical importance of overcoming signal interference when scanning ancient masonry.
Further reading
Learn more about the latest developments in Physics.
Source note: This article includes information reported by Kenya Today.
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