He's still not getting it.ConfusedJew wrote: ↑Tue Jul 29, 2025 12:43 pm
The IHR responded:
"As Dr. Markiewicz mentions — and as Dr. Faurisson and others have repeatedly stressed — hydrogen cyanide is indeed a volatile substance. However, this point is not directly relevant to the investigations conducted by Leuchter or the Krakow Institute. In contrast to the volatility of hydrogen cyanide, the ferro-ferric-cyanide compounds (“Prussian blue”) produced as a result of the interaction of hydrogen cyanide and iron are remarkably stable, as authoritative chemistry reference works confirm."
This is scientifically misleading and inaccurate. It is and was relevant that HCN was a volatile substance which would explain why not much HCN would have been detected after use. The fact that Prussian blue is remarkably stable is only relevant if it were ever produced in the first place. We will get to that more specifically later.
HCN is volatile (non-long term stable) when it is non-Iron bound (free associated). When it reacts with iron it is long-term stable. This is why we test for long term stable cyanide. IF IT WAS THERE IN 1943, IT WILL BE THERE TODAY due to its stability.
Free associated cyanide fucking wont.
Jesus christ.
YOU WROTE THIS:
Which is a VERY rare example of your AI getting something right. How are you still not getting this dude? My dog outside has not only gotten it already, but he's creating an account as we speak to try explain it to you.ConfusedJew wrote: ↑Tue Jul 22, 2025 12:33 am While prussian blue is exceptionally stable, other cyanide residues wash out quickly. After five decades of rain, the only long‑lived chemical footprint likely to remain in exterior brickwork is Prussian blue.