Of all the text in the Voynich Manuscript, one section stands a particularly high chance of giving us information: f116v, the final page. This has a set of marginalia that (by all rights) ought to have been written unencrypted, but which we mysteriously are unable to read.
This text is often called ‘michitonese’, because William Romaine Newbold famously transcribed the first two words of the second line as “michiton oladabas”. There are snatches of clarity interspersed with what appears to be Voynichese, Latin, German, and even ‘+’ signs (normally used in written prayers to indicate when to make the sign of the cross when reciting the prayer). In short, it’s a bit of a mess.
The essay on imaging in Yale’s recently-released photo-facsimile edition mysteriously omitted to make any mention of this final page, nor of any recent attempts to try to read this page. And yet a couple of years ago, a group most certainly did try to use a range of multi-spectral imaging techniques to do precisely that.
I know this for certain because I found a set of low bitdepth JPEG files the team had accidentally left on one of the Beinecke library’s file servers: and – having recently installed BIMP, a simple automation plugin for GIMP – thought you might like to see them.
The quality admittedly isn’t good (the images would have been captured using a bitdepth closer to 16-bit, but these were stored as 8-bit JPEGs), but it might serve the purpose of goading the (as yet unnamed) team into finishing their paper, or (if it turned out they had nothing to say) releasing the full bitdepth images so that we can study them openly. 🙂
I’ve only included 26 of the 46 images they made of 116v, because the others were too noisy or too blank to be informative in their low bitdepth form. (I had to run an auto-equalize filter on all the images in order to make them even remotely visible).
Disappointingly, I was not able to refine my reading of the top line (usually called the “pox leber” line), because there was insufficient contrast in the JPEGs. Perhaps with a copy of the 16-bit scans, this might start to become clear…