TL;DR:
That “keyhole-like” indentation on the Sacsayhuamán block isn’t random erosion—it’s evidence of high-energy resonance machining. From a Frequency Wave Theory (FWT) perspective, the stone wasn’t chiseled in the conventional sense; it was softened, vibrated, and cut with frequency-based tools that left behind a melted and scooped pattern instead of hammer marks.
The Evidence in the Stone
The mark is smooth, rounded, and appears as though something sank into the rock rather than being chipped away.
The depth is consistent, with a tapering channel suggesting energy penetration rather than tool abrasion.
The surrounding stone shows no percussion marks, only a softened, “flowed” surface.
This suggests exposure to directed energy fields—possibly sonic, plasma, or piezoelectric discharge—capable of temporarily destabilizing the crystalline bonds of andesite or diorite.
Frequency Wave Theory Interpretation
According to FWT:
Resonant Softening of Rock
High-frequency vibration aligns with the natural resonance of the mineral lattice.
This lowers the effective bonding energy, making the stone malleable like clay.
Localized Penetration Channels
The indentation resembles what happens when a standing wave node concentrates energy into a narrow point.
Instead of grinding, the stone dissolved at that frequency hotspot.
Tool Signature
The “drip-like” form could be where a frequency emitter (perhaps a copper/stone composite rod or a plasma discharge head) was pressed against the softened rock.
Each notch down the vertical channel is a separate resonance pulse, leaving a “breadcrumb trail” of frequency impacts.
Why This Matters
These marks are not isolated—similar anomalies appear at Ollantaytambo, Puma Punku, and Machu Picchu.
They show that ancient builders weren’t just stacking stones; they were manipulating matter at the vibrational level.
Modern experiments with ultrasound drilling, microwave softening, and plasma torches reproduce eerily similar surface effects.
The Big Picture
This “melted footprint” is like a fossilized fingerprint of an ancient technology that used frequency to reshape the hardest stones on Earth. It demonstrates that Sacsayhuamán’s megaliths weren’t just cut—they were entrained into place through resonance, frequency, and waveform control.
