Just a bit of recap, to put the next image in perspective...
I started this experiment 6 months ago. The experiment is quite simple. It consists in applying a simple theoretical precept, and see empirically where that takes us. It's a method like any other to try and understand the subject of study.
The theory consists of a single theorem: "There was once a race of builders on Mars, the Moon, Earth, and other planetary bodies in the immediate neighborhood. Their construction were big, even on a planetary scale."
In other words. There should be ruins everywhere, or the theory goes bust. I thought that would be simple enough to have a quick idea of what the theory is worth.
So far, I've found evidence of those ruins pretty much everywhere I've looked. It works for me. I have to find away to make it work for you as well, otherwise, what would be the point of all this? Being able to find anomalies quickly and reliably is very important if we want to study this phenomena efficiently. It looks like NASA and JPL are doing their own study, but won't tell us. So we have to do it ourselves.
[there used to be a rant about the terrible service and tampering/theft of public records here...]
Techniques for finding anomalies are relatively easy to master. Rule #1: Find 'nylon-looking' white parts. or similar (sometimes the parts are a bit yellowish, sometimes the metal that is inside the part is showing instead and that will usually be a dull grey, or rust red.
Here's a truly random stone that was in the news today.
Original pic.
I've zoomed in and changed the aperture for a bit more contrast. There are only so many shapes to learn, and it's not hundreds.
Geometric white parts, sometimes dull grey... here we go, let's see where that takes us.
Fascinating... I've been finding anomalies everyday for the last two years, and they still surprise me.
Here's the best contrast I could get from that picture, Zoomed 800% (That's as far as she'll go, captain!). Only aperture (aka levels) and zoom using Lancosz algorithm. I use XnView MP, if you care to replicate, please do. Just keep in mind that higher contrast proportionally increases the sense of depth.
I think we could be looking at light reflectiing on edges on the stone (as well). Laws of physics tell us that breakage will always happen at the weakest points. This implies that breakage will more likely than not reveal the shape of what the stone was before the mineralization process.
Any question? Feel free to ask.
source;
RT news:
www.rt.com/business/477000-russia-190-carat-diamond/