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Abstract <p>The paper presents an original solution to the muography study of the ancient Spaso-Kamenny Preobrazhensky Monastery territory on Kamenny Island in Lake Kubensky (Vologda Region, Russia). Two points highlight the approach’s originality: validating the reliability of data analysis algorithms by recognizing visually verifiable structures and a thorough examination of experimental data from near-horizon atmospheric muon fluxes. The research enabled the identification of underground density anomalies within the Monastery grounds.</p>

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Muography of Geometrically Complex Cultural Heritage Sites: Challenges and Solutions on the Example of Searching for Hidden Anomalies on the Ancient Monastery Territory in the Vologda Region

  • 期刊论文

  • 发表日期：

    2025年8月1日

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  • A. Alexandrov,
  • P. Babaev,
  • M. Chernyavsky,
  • A. Gippius,
  • S. Gorbunov,
  • V. Grachev,
  • N. Konovalova,
  • Y. Krasilnikova,
  • A. Larionov,
  • A. Managadze,
  • I. Melnichenko,
  • D. Morozova,
  • N. Okateva,
  • S. Paramonov,
  • A. Petrukhin,
  • N. Polukhina,
  • T. Roganova,
  • Z. Sadykov,
  • N. Starkov,
  • E. Starkova,
  • D. Strekalina,
  • V. Shevchenko,
  • T. Shchedrina,
  • S. Vasina,
  • A. Volkov,
  • R. Voronkov,
  • D. Vozdvizhenskii,
  • D. Zainutdinov

摘要

Abstract

The paper presents an original solution to the muography study of the ancient Spaso-Kamenny Preobrazhensky Monastery territory on Kamenny Island in Lake Kubensky (Vologda Region, Russia). Two points highlight the approach’s originality: validating the reliability of data analysis algorithms by recognizing visually verifiable structures and a thorough examination of experimental data from near-horizon atmospheric muon fluxes. The research enabled the identification of underground density anomalies within the Monastery grounds.