Sacred Geometry Lab

Interactive 3D model of the Giza Plateau with archaeologically accurate dimensions. All three pyramids, the Great Sphinx, and the internal chambers & passages of the Great Pyramid.

Internal Structure
Descending Passage
Ascending Passage
Grand Gallery
King's Chamber
Queen's Chamber
Subterranean Chamber
Air Shafts
Underground (SAR 2022/2025)
Well Shaft & Grotto
Osiris Shaft Complex
SAR Vertical Tubes (8)
SAR Mega-Chambers (2)
Aquifer Layer (~15m)
Nile & Water (c. 2500 BCE)
Ahramat Nile Branch
Causeways
Valley Temples / Harbors
Harbor Basin
Workers' Village

Giza Plateau

Drag to rotate • Scroll to zoom • Right-drag to pan

Click any structure for details

Constructing Giza Plateau...

Mathematical Properties

Extraordinary relationships encoded in the Great Pyramid's proportions.

π

Pi Encoded

The perimeter of the base divided by twice the height approximates Pi to remarkable accuracy.

Perimeter / (2 × Height) = 921.32 / (2 × 146.59) = 3.1425
Within 0.03% of π (3.14159...). Base: 230.33m × 4 = 921.32m. The value of Pi was not "officially" known until millennia later.
φ

Golden Ratio (Phi)

The ratio of the slant height (apothem) to half the base length approximates the golden ratio.

Apothem / Half-Base = 186.42 / 115.16 = 1.6188
Within 0.05% of φ (1.6180...). Apothem = √(146.59² + 115.16²). Phi appears throughout nature — galaxies, shells, DNA.

Earth Scale Model

At a scale of 1:43,200 the pyramid encodes the dimensions of the Earth.

Height × 43,200 = 146.59m × 43,200 = 6,332,688m
Earth polar radius = 6,356,752m (within 0.38%)
43,200 = 2 × the precession cycle's seconds-in-12-hours (86,400/2). Perimeter × 43,200 ≈ Earth's equatorial circumference.

Speed of Light Latitude

The latitude of the Great Pyramid matches the speed of light in a vacuum.

Pyramid Latitude = 29.9792458° N
Speed of Light = 299,792,458 m/s
Coincidence? Or evidence of advanced knowledge? Modern latitude definitions postdate the pyramid by millennia.

Orion Correlation

The three Giza pyramids mirror the three stars of Orion's Belt in position and relative size.

Mintaka, Alnilam, Alnitak ↔ Menkaure, Khafre, Khufu
The "air shafts" of the Great Pyramid align with Orion and Sirius at their c. 2500 BCE sky positions.

Acoustic Resonance

The King's Chamber exhibits specific resonant frequencies that amplify sound within the granite-walled space.

Coffer Resonance ≈ 438 Hz (near concert A = 440 Hz)
Acoustic researchers have measured multiple harmonics within the chamber. The granite coffer acts as a precise resonator.

Geophysics Laboratory

Scientific models of Earth's geomagnetic field, Schumann resonance, and electromagnetic energy concentration within the pyramid — computed from peer-reviewed data.

Earth's Geomagnetic Field & the Giza L-Shell

IGRF-13 Model
Geomagnetic Field at Giza (29.98°N, 31.13°E)
Total Intensity (B)44,142 nT ± 50
Horizontal Component27,845 nT
Vertical Component34,250 nT (↓)
Inclination (Dip)42.5°
Declination3.5° East
L-Shell1.333
Dipole Moment7.94 × 10²² A·m²
Why this matters: At L-shell ≈ 1.333, the pyramid sits in a region of efficient magnetosphere-ionosphere-ground coupling. Geomagnetic micropulsations (Pc3-Pc4 bands, 10–150 s periods) efficiently transfer energy from the magnetosphere to the ground at this L-value. The limestone-over-aquifer geology amplifies telluric currents, and the piezoelectric granite converts these oscillating magnetic fields into electrical signals.
Dipole field:
Br = −(μ₀/4π) · 2m·cos θ / r³
Bθ = (μ₀/4π) · m·sin θ / r³
Field line: r = L·RE·sin² θ

Schumann Resonance & Pyramid Acoustic Coupling

ELF Spectrum
Schumann Resonance Modes
ModeFreq (Hz)QAmp
n=17.835.01.00
n=214.35.50.50
n=320.86.00.33
n=427.36.50.25
n=533.87.00.18
n=639.07.00.13
Chamber-Schumann Lock: King's Chamber resonance at 121 Hz is the 15th harmonic of the Schumann fundamental (7.83 × 15 = 117.45 Hz, within 3%). The Subterranean Chamber Helmholtz frequency (~5.2 Hz) falls between the Schumann fundamental and its first sub-harmonic. Both chambers are tuned to Earth's electromagnetic heartbeat.
Theoretical: fn = (c / 2πRE) · √(n(n+1))
PSD: S(f) = A² · (fn/Q)² / ((f²−fn²)² + (f·fn/Q)²)

Electromagnetic Energy Concentration (ITMO 2018)

Peer-Reviewed
Normalized |E|² Concentration
King's Chamber2.0× ambient
Beneath Base1.8× ambient
Grand Gallery1.6× ambient
Queen's Chamber1.4× ambient
Subterranean1.2× ambient
Apex0.6× ambient
Exterior Faces0.4× ambient
Key finding: The pyramid geometry acts as a resonant dielectric cavity. Incoming EM radiation is focused into the interior chambers, with maximum concentration at the King's Chamber (2× ambient). This is consistent with BOTH receiver and transmitter models. The limestone acts as a dielectric lens (ε ≈ 6–8), bending and focusing EM waves toward the granite-lined chamber.
Dielectric: εlimestone ≈ 6–8
Wavelength range: 200–600 m
Method: Numerical multipole analysis
DOI: 10.1063/1.5026556