Filippo Biondi

we have to compare geocoded scans of that gpr with the geocoded scans of my scans so to make a perfect overlap of the two results and then we can see if really i can detect those those voids okay okay

So, when you're scanning these massive pyramids and they're vibrating very, very small amounts, and that vibration is what your software is using to construct the tubes underneath, or do you call them tubes?

Tubes, yeah, with the spirals on them.

How can that... Have you scanned any other... There's no other, I guess, large enough structures on Earth as big as the pyramids, built with 2.4 million two-ton stones that maybe it's just the... Have you considered... What is it that makes you not think that these tubes underneath the pyramids are just...

a byproduct of the turbulence that's happening on the surface of the period itself?

Thank you for this question.

Yes.

We are very confident that those tubes are there.

Very confident.

It means that we are measuring features that may be highly possible that those tubes are present.

In order to avoid what you asked me, we did a highly scientific approach.

It means that synthetic aperture radar data can be developed by different satellite systems.

We have Cosmos SkyMed, Cosmos SkyMed second generation,

IceEye, Capella Space, Umbra Space and other satellites.

We met, we focused on these five satellite systems to Cosmos SkyMet, IceEye, Capella Space and Umbra.

we collected data from these different satellites and we were measuring the same thing so it means that the diversity now we use it as the scientific approach allowing diversity in terms of sensors orbits so electronics that different electronics that are mounted

composing the payload of different satellites, and we obtain the same results.

Okay, good.

Thank you.

Thank you.