Filippo Biondi

I do want you to introduce yourself and then talk a little bit about, of course, just frame the work that you've done, but we won't spend a lot of time on that.

No.

Thank you very much.

You're welcome.

For inviting me here, for me, I appreciate a lot this invitation.

we are here and if if i can we can introduce the technology that it is under the work that we have now began years ago and so we are we we can recap all the things that we have done

we started working together with corrado malanga and he is a retired professor in chemistry and green chemistry at the university of pisa italy and me that i were i was a contract professor at the university of strat glide

Glasgow, USA, UK, I'm sorry, and then now I am an independent researcher as a telecommunication engineer where I graduate in University of Lecce, Italy, south of Italy.

My background was, it is, as a telecommunication engineer, I attended my PhD and finished and completed my PhD at the University La Sapienza in Rome and specializing myself in remote sensing.

in satellites, especially in synthetic aperture radar.

It was in that time, I'm speaking five years ago now, speaking with Corrado, we had to find a method to watch inside the things, because there were a lot of unrevealed situations in the field of archaeology.

And so we developed the method using synthetic aperture radar where we are able to estimate the vibrations that are located at the surface of the Earth.

And so on, we started to work together and we, how you say, tuned very precisely this method and we went immediately to observe things inside the Cheops pyramid.

It was 2019 and where we published a peer review article showing the results that we have, that we estimated inside the Cheops pyramid.

We were interested in detecting the so-called big void that then we did.

It is all written on my article.

and so we were able to detect yes of course the big void but also other features that are present inside the that are probably present inside the chaos pyramid

we we don't believe that the big void has to is parallel to the grand gallery big void is superficial it is 90 degree or or let's say it's parallel to the earth so it is parallel

Do we have an image of this scan that was done?

Maybe we... I have to prepare it.