Filippo Biondi

more precise now so what can I expect that now we are seeing a few pixels there I wish to see this the sagoma of the second Sphinx there why because we are observing you are watching those red stuff that are going down

There we are watching nearly the same shafts that we have measured on the first Sphinx.

So if the symmetry is maintained, the same things that we are observing on this first Sphinx, we should observe it also here on a hypothetical second Sphinx.

Sure.

Okay.

So those are three shafts that we are measuring measuring like that.

okay so those would be shafts coming down from the from the top so does that indicate then that the second sphinx would be hollow on the inside if the red is showing up as probably yes yeah the the alternating of red and blue that's something that we have to discuss in detail matt look

A shaft is composed by inside hollow and then there are the compound of the shafts which are very hard.

If the tomographic line approaches the wall of the shafts you see it red.

If we move it like that we can see it blue hollow inside.

The first one is hollow because we have other tomographies that shows us this.

And we are now building a multilayer 3D of that thing there.

And we are working on that.

So to rotate things on a computer vision.

Have you looked at the first Sphinx to see how it would look compared to this image on the right?

Yes, and we are doing it.

We are comparing the first Sphinx and the

hypothetic second Sphinx okay okay but on this results for now I am I don't know we can be we can have a 80% of I don't know

confidence confidence yes and so the images of the first Sphinx yeah um do they also show shafts and and any Chambers beneath them yes yeah okay and we discussed this on the on other podcasts and we we have shafts on the first things and shafts on and hypothetical single Sphinx okay yeah let's keep moving

Is that kind of the... Do you have more on this?