A faraday cage is more than a cage. We call it a faraday cage because a normal cage would not work - A faraday cage must be a complete enclosure without openings or seams that are larger than 1/20 of the wavelength of the signal we are trying to block.
In this strict sense nothing we can reasonably do qualifies as a faraday cage. Most of the available measures are just reflecting or absorbing signals before they reach us. We can do this because many of the signals are static fields or their wavelength is so high that they do not significantly wrap around large enough shields (IE they behave like light following line of sight).
From those transcripts there are 2 things that stand out.
1: Silk does not need to be in contact with skin to work
2: Silk blocks something that solid aluminum does not (!)
We know that silk does not block static or magnetic fields (it is an insulator, but so is air). Aluminum does not block magnetic fields effectively.
The only explanation left seems to be something outside of the known spectrum (perhaps something like Eloptons in terms of the Hieronumus machine). Or maybe it's not even electromagnetic at all as we understand it.
Another possibility is that aluminum itself radiates something that silk is needed to block, which would bring into question whether metals in general have this property.
One thing I do notice in the available data is that Mulberry silk has spectral peaks in the mid-infrared range which are in specific proportions because of the photon resonance of the 2 main proteins it is made of.
In this strict sense nothing we can reasonably do qualifies as a faraday cage. Most of the available measures are just reflecting or absorbing signals before they reach us. We can do this because many of the signals are static fields or their wavelength is so high that they do not significantly wrap around large enough shields (IE they behave like light following line of sight).
From those transcripts there are 2 things that stand out.
1: Silk does not need to be in contact with skin to work
2: Silk blocks something that solid aluminum does not (!)
We know that silk does not block static or magnetic fields (it is an insulator, but so is air). Aluminum does not block magnetic fields effectively.
The only explanation left seems to be something outside of the known spectrum (perhaps something like Eloptons in terms of the Hieronumus machine). Or maybe it's not even electromagnetic at all as we understand it.
Another possibility is that aluminum itself radiates something that silk is needed to block, which would bring into question whether metals in general have this property.
One thing I do notice in the available data is that Mulberry silk has spectral peaks in the mid-infrared range which are in specific proportions because of the photon resonance of the 2 main proteins it is made of.
