Canonical Source · peer reviewed study

Electromagnetic properties of the Great Pyramid: First multipole resonances and energy concentration

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Publisher: Journal of Applied Physics
Year: 2018
DOI: 10.1063/1.5026556
Source type: peer reviewed study
Source level: Primary source
Knowledge backlinks: 2

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Evidence context

How this source is used

Evidence roles describe what this source helps establish inside each Investigation. They are local to that use, not permanent labels attached to the publication itself.

Investigation

Do electromagnetic models predict radio-wave resonance in the Great Pyramid?

Supports

Balezin and colleagues numerically modeled incident 200–600 m radio waves, finding conventional scattering and multipole-resonance responses in a Great Pyramid model with explicitly assumed material properties.

Qualifies

The model's free-space resonant features around 333 and 230 m differ from a broader response near 250 m with limestone substrate; assumed rather than site-measured dielectric properties limit inference to the real structure.

Investigation

Do pyramids produce a distinct, nonstandard kind of energy?

Qualifies

A peer-reviewed numerical study found ordinary radio-frequency resonances and field concentration in a Great Pyramid model under externally incident electromagnetic waves.

Challenges

The modeled effect is scattering and resonance driven by an external electromagnetic field, not evidence that the pyramid generates net energy, emits an unknown field or functions as a therapeutic energy source.

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