Uploaded April 2026 | Updated September 2026, 3 weeks ago
A curious line of thinking… What if Stonehenge wasn’t built to transmit anything at all? What if it was designed to remove noise?
In this video, we explore an unusual collaboration between Dr Arnold Schwarz (Technical Institute of Munich) and Professor Barker (OU Milton Keynes), and a series of experiments that led to some rather unexpected results.
Topics touched on include:
multi-channel correlation
atmospheric noise cancellation
low-noise receive systems
ground-referenced signal stability
If you’ve ever experimented with LoGs or other receive antennas, some of this may feel… oddly familiar.
That said… the discussion around noise, correlation, and receive antennas is very real. The “research”, professors, field work, and documents were created using AI tools and a slightly overactive imagination. Filmed and published on April 1st. If you made it this far without raising an eyebrow… well done.
And if you spotted the “anomaly”… even better.
A curious line of thinking… What if Stonehenge wasn’t built to transmit anything at all? What if it was designed to remove noise?
In this video, we explore an unusual collaboration between Dr Arnold Schwarz (Technical Institute of Munich) and Professor Barker (OU Milton Keynes), and a series of experiments that led to some rather unexpected results.
Topics touched on include:
multi-channel correlation
atmospheric noise cancellation
low-noise receive systems
ground-referenced signal stability
If you’ve ever experimented with LoGs or other receive antennas, some of this may feel… oddly familiar.
That said… the discussion around noise, correlation, and receive antennas is very real. The “research”, professors, field work, and documents were created using AI tools and a slightly overactive imagination. Filmed and published on April 1st. If you made it this far without raising an eyebrow… well done.
And if you spotted the “anomaly”… even better.
