The Alignment Problem
The Great Pyramid’s ascending passage aligns to Alpha Draconis (the pole star at the time of construction). The southern shaft of the King’s Chamber aligns to Orion’s belt. The Queen’s Chamber shaft aligns to Sirius. Angkor Wat encodes the precessional cycle in its architecture. Stonehenge tracks solstices and lunar standstills. Newgrange illuminates its inner chamber only at winter solstice sunrise.
The standard explanation: astronomical observation. Calendar keeping. Ceremonial orientation. Religious symbolism.
The EM explanation: synchronization protocols. Each alignment locks the monument’s frequency output to a specific celestial EM source.
The Mechanism
Stars emit electromagnetic radiation across the full spectrum. Specific stars at specific positions relative to the monument define the EM input the structure receives at specific times. A shaft aimed at Sirius captures Sirius’s EM output when the alignment is active. A solstice alignment captures the sun’s EM signature at its most extreme declination.
Piezoelectric stone amplifies and transduces the EM input. The monument’s geometry shapes the transduced energy into specific frequency patterns. The alignment is the tuning: aiming the receiver at the transmitter. Different alignments produce different frequency configurations within the monument, the way different radio stations produce different content through the same receiver.
The Network Implications
If each monument is tuned to specific celestial sources, the network is a distributed receiver array covering the planet. Different nodes tuned to different sources. The full network receiving the full spectrum of celestial EM input and distributing it through the grid.
The precessional encodings make this explicit. The builders designed alignments that would track precession, maintaining synchronization with the correct celestial sources as Earth’s rotational axis shifted over millennia. This is long-term engineering. Structures designed to stay tuned across cycles that outlast civilizations.
The solstice and equinox alignments are calibration events. Times when the celestial EM input is at a known configuration, allowing the network to reset and resynchronize. The seasonal festivals held at these sites were maintenance ceremonies: human operators driving the monuments at the moments of maximum alignment, amplifying the synchronization signal through the network.
Further Reading
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The Giza Power Plant by Christopher Dunn - Engineering analysis of the pyramid’s alignment features as functional components
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Hamlet’s Mill by de Santillana and von Dechend - Precessional knowledge encoded in global mythology
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Uriel’s Machine by Christopher Knight and Robert Lomas - Astronomical alignments in megalithic structures and their functional implications