High-Tech Laser Experiment Reveals Shocking Discovery! | The Secret of Skinwalker Ranch
High-Tech Laser Experiment Reveals Shocking Discovery! | The Secret of Skinwalker Ranch
Setup & Purpose
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Objective: Repeat a previous experiment using a Laser Space Cannon to see if it interacts with airborne phenomena.
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Reason: Earlier, long-exposure photos showed a large object (~tent-sized) passing through the laser beam at ~100 ft, blocking it temporarily.
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Tonight’s goal:
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Aim one laser at the triangle.
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Launch rockets through the same space to possibly capture or interact with the obstruction.
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Use multiple sensors and cameras for monitoring.
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Experiment Observations
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Laser Beam Interruption
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The laser hit an invisible obstruction, cutting off the beam.
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Unlike the previous event (~100 ft), this obstruction appeared at a much higher altitude, possibly thousands of feet.
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The beam split into two separate beams, suggesting the obstruction was morphing or changing shape.
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Camera Malfunctions
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Equipment near the anomaly repeatedly shut down or malfunctioned.
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Cameras went offline when trying to capture the laser-obstructed area.
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Rocket Launch
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A rocket was launched through the blocked laser beam.
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Unexpectedly, the rocket veered away from the beam, avoiding the obstruction.
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Indicates the obstruction may have reactive or intelligent characteristics.
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Laser & Lidar Data
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Terrestrial lidar scans showed anomaly detected in the east fields, forming a cone-shaped structure.
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Observed swirl marks and sharp lines, implying air-space disturbance or an invisible structure.
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Everyone on-site was effectively “inside the cone” based on the lidar data.
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Key Takeaways
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Dynamic Anomaly: Moves and morphs, can split laser beams, and interacts with objects (like rockets).
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Equipment Interference: Cameras and sensors near it fail or malfunction, suggesting electromagnetic or other exotic properties.
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Physical Presence: Lidar confirms a real effect in space, not just a visual illusion.
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Cone Shape: Reaffirms prior findings of a cone-shaped anomaly at the triangle/mesa area.
Conclusion
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This experiment confirms previous anomalies and provides new evidence of a tangible, interactive phenomenon.
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The behavior—beam interference, rocket avoidance, and equipment disruption—suggests it may react to energy or objects, hinting at properties far beyond conventional physics.
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The data could be the first repeatable measurement of a previously unseen aerial/cone-shaped phenomenon.
If you want, I can make a diagram showing the laser beam, cone anomaly, and rocket path, so it’s easier to visualize what’s happening in 3D space. That makes the experiment way easier to understand.





