Signal Found in Deep Space - An Independent Raxxla Hunters Investigation

Crosspost from the Raxxla thread:
..
So unless I've missed someone else's analysis in my searches of the Landscape Signal - one small, tiny little detail seems to have been overlooked...

The Landscape Signal might be a Living, Breathing Entity!!


Landscape Breath Audio (unmute the video player) - the original signal audio duration has been compressed by 3x, and notch filtering has been applied to remove the musical humming ( ie. the strong horizontal lines seen in the original spectrographic image below). This leaves the vertical bars - the final two of which are unmistakably the breath of a living being!

Lsig_VideoBackground.png


This means the search is now potentially for a stasis pod / life raft / derelict vessel floating somewhere in the void.
It also raises many questions like what lifeform is it coming from? An escaped Guardian from the ancient civil war? A human explorer from the Quirium Drive era? A sound designer with a cheeky sense of humour? Are the 'mountain' lines perhaps related to the atomic composition of the entity's breathing?

For those curious about the technical aspects of this audio and the image:
  • Audio below 200Hz was cropped out to remove the deep humming sound.
  • The frequencies removed with the notch filtering were - 875Hz, 1167Hz, 1401Hz, 1765Hz, 2350Hz, 2788Hz, 3282Hz, 3546Hz, 4676Hz
  • The spectrographic image above was generated using Audacity - with the following spectrogram view settings:
    Lsig_UpperFreq_Settings2.png
    Lsig_UpperFreq2_forum.png
  • The left and right channel images were then overlaid with each other and the top image had a Lighten layer blending filter applied to help 'merge' the images.
I highly recommend pitching the audio down to around the 400Hz - it starts to sound otherworldly 😁 👉 :alien:
 
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IRH did a great job of narrowing it down :) and producing a really good report on how to find it and the methodology they used to triangulate the location. I was able to replicate what they found using the same methods, and I was able to prove to my satisfaction that the signal wasn't coming from anywhere else by just following their methods. Really nice document, thanks so much!

However; I'm having a lot of trouble recreating Canonn's research. I don't know how they managed to apparently narrow the signal down to essentially an area the size of a solar system, there's no methodology listed on their website:

Canonn’s commander Seventh_Circle performed his own measurements of the signal and concluded that it was within a 0.2 ly radius sphere at Galactic Coordinates 14.889 / -25.061 / 25894.980. Using 4 measurements that were closest in value, he narrowed it down further to 14.971 / -25.043 / 25894.964 with a radius of 0.075ly

That's all it says. I've really struggled to understand how Commander Seventh_Circle got the fidelity of the signal to narrow it down so small, even knowing where they think it is (it's about .64ly outside Stuemeae JM-W c1-5825).

@LCU No Fool Like One I'd love to know more about how Seventh_Circle did this please. Did they use additional equipment? different software? (I'm using Audacity and Sonic Visualiser). Did they use IRH's methods? Did they develop their own? In which case could they share that with us so we can follow along and verify them?

Thanks muchly.
 
I had a brief explanation from seventh circle a while back..

...what I did was find the 'edges' of the sound, where the sound no longer played. Then tracked a star in the background, and repeated four times for different stars. From this data, I could then plot the white circles which show the furthest extents of the sound from my position, then projected a line (the red ones) through the centre of that circle from my position. It's not perfect because the process is not perfect, but it's the most accurate I could manage at the time... and it's close enough.

image-17.png
 
I had a brief explanation from seventh circle a while back..

...what I did was find the 'edges' of the sound, where the sound no longer played. Then tracked a star in the background, and repeated four times for different stars. From this data, I could then plot the white circles which show the furthest extents of the sound from my position, then projected a line (the red ones) through the centre of that circle from my position. It's not perfect because the process is not perfect, but it's the most accurate I could manage at the time... and it's close enough.

View attachment 379171
That's helpful, thanks :)
 
Short demo of what details an SDR (Software Defined Radio) software can reveal.
Unfortunately, it needs to be scaled to more closely resemble Audacity. And in the SDR Waterfall the features are heavily distorted but still identifiable.

 
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Whenever I've gotten ready to log off while in space I've always leveled my ship with the galactic plane and pointed towards the center of the galaxy. I've heard this background noise often since 3300 but never thought much of it. May have to look into this.

Maybe there are hyperdimensional beings.. or maybe we're starting to narrow down the domain of the space whales. The mysteries are intriguing.
 
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