The formation of Prussian Blue isn't a simple linear relationship with HCN exposure - it exhibits threshold behavior. This chemical reaction follows higher-order kinetics, meaning the reaction rate increases exponentially (not linearly) with concentration.
For visible Prussian Blue formation, you need:
Sufficient HCN concentration above a critical threshold
Extended exposure time
Appropriate moisture conditions
Correct pH environment
Available iron compounds
Even with variable paint application, if the permeability reduces HCN concentration below this critical threshold everywhere, you won't see visible staining anywhere - just trace amounts detectable by sensitive analytical methods. The detection limit for analytical instruments is typically orders of magnitude lower than what's required for visible color formation.
This explains why the results appear "all-or-nothing" in practice. It's similar to how a partially effective water repellent might allow enough moisture through to register on a sensitive moisture meter but still prevent visible water damage or mold growth.
The uniform absence of visible Prussian Blue despite detection of trace HCN compounds is actually consistent with a functional protective barrier that kept concentrations below the threshold required for visible reaction products while still allowing minimal molecular penetration.
"The fact that the gas was sucked out of the room very quickly..."bombsaway wrote: ↑Sun Mar 30, 2025 5:08 pm So this is what you have to disprove if you're taking an all or nothing position, which I find to be somewhat comical and indicative of your reductionist approach to the entire problem.
Remember that my position is merely that it's possible for gassings to have occurred without this sort of major staining that you saw at other delousing chambers. That's not a hard statement that it did happen, but a maybe. The fact that gas was sucked out of the room very quickly compared to the dedicated chambers is another confounding variable. Your assertion is it's impossible, or deeply improbable, so you have to account for all these factors. Your assertion is much stronger.
You have cited Dachau multiple times now as being a relevant example yet you have not even attempted to argue 2 or 3. Probably because you know this special paint argument is a dead end.1) This Dachau fumigation chamber doesn't have Prussian blue.
2) The reason for this is because of X.
3) X also applies to LK1.
Lol, the classic BA formula.bombsaway wrote: ↑Sun Mar 30, 2025 5:26 pm AI response for you to debunk if you can. I'm not familiar enough with the science but as with Stubble, if your assumptions are correct I think you should be able to make the scientific argument successfully.
The formation of Prussian Blue isn't a simple linear relationship with HCN exposure - it exhibits threshold behavior. This chemical reaction follows higher-order kinetics, meaning the reaction rate increases exponentially (not linearly) with concentration.
For visible Prussian Blue formation, you need:
Sufficient HCN concentration above a critical threshold
Extended exposure time
Appropriate moisture conditions
Correct pH environment
Available iron compounds
Even with variable paint application, if the permeability reduces HCN concentration below this critical threshold everywhere, you won't see visible staining anywhere - just trace amounts detectable by sensitive analytical methods. The detection limit for analytical instruments is typically orders of magnitude lower than what's required for visible color formation.
This explains why the results appear "all-or-nothing" in practice. It's similar to how a partially effective water repellent might allow enough moisture through to register on a sensitive moisture meter but still prevent visible water damage or mold growth.
The uniform absence of visible Prussian Blue despite detection of trace HCN compounds is actually consistent with a functional protective barrier that kept concentrations below the threshold required for visible reaction products while still allowing minimal molecular penetration.
There are many specialized fields that come up when fact-checking the Holocaust. No one person has been formally trained as a historian, chemist, engineer, archaeologist, physician, demographer, etc. Moreover, often the questions that come up are so highly specialized most experts don't even know much about them. Germar had to look into specialized research on the properties of concrete, etc., as this is not information that chemists learn in graduate school.bombsaway wrote: ↑Sun Mar 30, 2025 6:03 pm None of us here are experts on the science, yeah, so it's hard to gauge all of this.
Are the ventilation systems in Krema I gas chamber similar to those in II-V? Specify please.
I think the coating of paint is a possible confounding variable that you haven't addressed, and even Rudolph hasn't. We don't know if the walls in Dachau have 0% HCN as well, and we don't have full samples from the destroyed gas chamber walls either. Maybe some parts had higher concentration, idk. I think it's foolhardy to make strong assertions based on this evidence is my main point.
How many delousing chambers do you know of? Prussian blue is seen out the outside of the brick one at Auschwitz; some blue is seen also in the Stutthof delousing chamber. This is the one below.
They would stain only if the walls are porous or contain iron as most bricks do.