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Proof of concept that causes intact permanence of cyanide compounds binding with iron brickwork
Publishing an scientific Analytical Chemistry Assay that puts a stamp on chemical testing a verified conclusion

Analytical Chemistry Assay : A lab procedure to quantify or qualify the amount/activity of a specific substance (analyte) in a sample, crucial for forensic analysis. It uses techniques like HPLC or spectroscopy to measure the analyte, often expressed as a percentage (e.g., 99% assay) or specific units, ensuring product safety and efficacy by comparing results to set standards.

Objective : to put a solid, reliable, reproducible (not open to interpretation) published scientific assay forward in pure Chemistry for scientists, which demonstrates Zyklon B (cyanide-based pesticide) binding to moist brickwork which causes the reaction of Ferric Ferrocyanide (iron blue)

Investigation : In a small study in a controlled environment this would need to replicate the exact condition of a delousing chamber. With some graduates we shall read through all the details. We can then in controlled conditions see the duration of exposure, time for blue compounds to form and importantly the "permanence of cyanide compounds binding with iron brickwork".

Thesis is a formal, extensive research paper presenting original analysis, and conclusions

Waterproof paint prevents the reaction of cyanide compounds binding with iron brickwork. Also if the brick work is older, warm and dry this also prevents the reaction. So cold, wet, new brickwork is required for the correct reaction.

The strongest counter argument to the events in the 1940's is by proving the basic science as true to uncover facts, reconstruct events, and provide objective insights for legal cases, ensuring credibility through precision, objectivity, and strict chain of custody for use in criminal investigations. This being a neutral non bias argument that can start a process.

Procudure : The first concept that comes to mind in the United Kingdom is working with a small group of Chemistry degree level researchers. Working locally in "Community Wet Labs", this is a shared laboratory that will allow biohazard conditions using a "Class III Biosafety Cabinet" being totally enclosed and gas-tight.

The science of the "permanence of cyanide compounds binding with iron brickwork", we want to replicate. Nothing speaks more loudly in science than a factual assay that clearly demonstrates the validated proof. The Stoichiometry proves the fact, but our focus is on assaying the effects. The assay to share, videos that can be shared, physical evidence to back up the good work.

What causes the blue colour : Rust is Iron oxide, which is brownish/reddish. Hydrogen cyanide reacts with the rust, picks the oxygen out, because it is Iron and Oxide. The oxygen goes out and the cyanide comes in instead. The cyanide loves the Iron more than the Oxygen. The Oxygen is replaced with the Iron cyanide is blue / greenish blue or dark blue. Similarly stable as the Iron Oxide itself, The rust stays in the wall, Iron Blue will remain too, unless chemically treated.

Starting from listing the basic components with quantity and measurements, safety requirements in a closed experiment, with microscopy to validate.

Taking a few chemical samples :

What can we source to reproduce the exact results consistently?

If the conclusions are absolutely solid, reliable and allow no alternative interpretation (e.g. like a finger print or DNA testing)

Speaking with a group locally, we read over the Germar Rudolf study :

The Chemistry of Auschwitz
identifies the technology and toxicology of Zyklon B and the Gas Chambers.

Germar Rudolf
Mail : PO Box 46, Geneva, NY 14456
Phone : (409) 525-0167
Email : email@germarrudolf.com

"I elaborate on this extensively in my report, maybe too extensive, because at that time I needed to wrap my head around it, and that wasn't a straight-forward process. The meandering chapter on this reflects the path my research took to finally get there.The challenge is how to get Fe2+ in a fully oxidated and moist environment, where almost all iron is present as Fe3+. Yes, it could be put in a nutshell much clearer. As to making a full scientific paper of experimental testing of the formation under conditions prevailing in moist brickwork, that requires lab conditions that are currently beyond my reach, and were in 1990-1992 as well."



David Irving Talking Frankly Focal Point Publications 2009

Brickwork independently forensically analysed using Gas chromatography and Spectroscopic analysis investigate the residue (leaving a colorless or pale-blue liquid or gas with a bitter, almond-like odor). By microscopic chemical analysis Hydrogen cyanide which binds to Iron known as Ferric Ferrocyanide, accurate to 6 decimal points. Also known as the formula Fe4[Fe(CN)6]3 aka "Prussian blue".

It took chemical analyses of the walls to determine the causes of this blue discoloration which can be learnt from :
Analytical chemistry is the branch of chemistry focused on identifying and quantifying the chemical components of substances, essentially answering "what is it?" (qualitative) and "how much is there?" (quantitative) in a sample, using powerful methods like spectroscopy, chromatography, and mass spectrometry to provide crucial data in forensics represented as :

Stoichiometry - Pronunciation "stoy·kee·o·muh·tree"

There are two fundamental, linked principles in chemistry:

  • Law of Conservation of Mass : This law states that in any closed system, the total mass of the reactants before a chemical reaction must equal the total mass of the products after the reaction. Atoms are neither created nor destroyed, but simply rearranged into different compounds
    • "Adding up" in Balanced Equations : Chemical equations are "balanced" precisely to reflect this law. The stoichiometric coefficients (the numbers in front of the chemical formulas) are adjusted so that the number of atoms of each element is identical on both the reactant and product sides of the equation. For example:

      • Unbalanced : H2 + O2 → H2O
      • Balanced : 2H2 + O2 → 2H2O
      • In the balanced equation, there are 4 hydrogen atoms and 2 oxygen atoms on both sides. This ensures that the mass "adds up" perfectly

  • Law of Definite Proportions : This law (also known as the Law of Constant Composition) states that a given chemical compound always contains its constituent elements in a fixed, constant ratio by mass, regardless of the source or method of preparation.
    • "Adding up" within a Formula : A chemical formula, such as H2O, indicates a fixed ratio of atoms (two hydrogen atoms for every one oxygen atom) and thus a fixed mass ratio (approximately 1:8 by mass). This fixed composition is what makes a compound a distinct substance; mixing elements in different ratios results in a different substance or a mixture with leftover reactants.
    • Summary :  The "perfect accuracy" in chemical formulas and equations stems from the fact that matter is composed of discrete, unchangeable atoms that combine in consistent, simple whole-number ratios. These fundamental laws allow for precise quantitative predictions in chemical reactions, a field known as stoichiometry in GCSE Chemistry. The real father of chemistry Antoine Lavoisier, whose experiments supported the law of conservation of mass. Antoine Lavoisier created the first list of fundamental elements that “are the substances we have not discovered means for separating”.

    Cyanide binds to moist brickwork


    Chemical equations model the changes that happen in chemical reactions. Chemically speaking, hydrogen cyanide (HCN) is a very weak acid. It is bound by damp to highly alkaline moist brickwork through neutralisation. Using balanced stoichiometric coefficients, this produced calcium cyanide Ca(CN)2 and water H2O shown as chemical formula :

    2 HCN + Ca(OH)2 → Ca(CN)2 + 2 H2O

    Iron contained in moist brickwork, merged to Cyanide produces a lasting Prussian blue

    The cyanide ion is a highly reactive ion, which joins with metals to form very stable complex salts. Iron contained in the moist brickwork walls is symbolised by "Fe" because its chemical name comes from the Latin word ferrum, meaning iron. The best known complex salts are the yellow and red iron cyanides. These compounds form when iron (Fe) ions combine with cyanide: with the iron (Fe)(II) ion, the yellow ferrocyanide forms, and with the iron (Fe)(III) ion, the red ferricyanide is produced :

    6 CN– + Fe2+ → [Fe(CN)6]4–
    6 CN– + Fe3+ → [Fe(CN)6]3–

    Both formulaes [Fe(CN)6]4– and [Fe(CN)6]3– represent the ferrocyanide ion. In the presence of excess iron (Fe)(II) or iron (Fe)(III) ions, the yellow or red iron cyanide then reacts to form blue compounds respectively :

    [Fe(CN)6]4– + Fe3+ → [FeIIFeIII(CN)6]–
    [Fe(CN)6]3– + Fe2+ → [FeIIIFeII(CN)6]–

    A solution of iron (Fe)(II) or iron (Fe)(III) salts, respectively, produced a spontaneous blue discoloration Prussian blue : [FeIIFeIII(CN)6]– and [FeIIIFeII(CN)6]–.

    the permanence of cyanide compounds binding with iron brickwork. Being a factual discovery to accomplished, acknowldged levels, stupendous in evidence, ensued a revolution in political establishment. Over 2000 University Professors of Chemistry citing the chemical equations reconfirmed the proof as valid.




    The Search For Truth In History David Irving Rewriting History

    {time 54:04} In February 1998, Ferric Ferrocyanide was detected : 141 mg per kg of cyanide only in the clothing fumigation room in moist brickwork

    Insecticide : Zyklon B Gypsum pellets are small, rounded granules that consist of hydrogen cyanide (HCN) absorbed into a porous carrier material, such as diatomaceous earth or gypsum. These pellets are notorious for their use by Nazi Germany to murder approximately 1.1 million people in the gas chambers of concentration camps like Auschwitz-Birkenau and Majdanek during the Holocaust

    Active Ingredient : Hydrogen cyanide (prussic acid), a highly poisonous gas.

    Carrier Material : The liquid hydrogen cyanide was absorbed into a solid carrier to make it stable for storage and transport in airtight metal canisters. The common carriers were diatomaceous earth (silicone dioxide) or, in some cases, calcium sulfate (gypsum).

    Activation : When the pellets were exposed to air and warmth, the hydrogen cyanide would rapidly evaporate into a gaseous form.

    Use during the Holocaust : While Zyklon B was initially used for legitimate purposes like disinfecting clothes, barracks, and ships to prevent typhus outbreaks, the Nazis discovered its effectiveness for mass murder through experiments.

    Mass Murder : Pellets were dumped into sealed gas chambers, often disguised as shower rooms, through special openings in the ceiling or walls.

    Mechanism of Death : The hydrogen cyanide gas interfered with cellular respiration, leading to rapid death from oxygen starvation.

    Evidence : Stockpiles of the pellets and the inert, spent gypsum/diatomaceous earth residue were found by Allied forces upon the liberation of camps like Majdanek. The gas also left behind characteristic blue stains (iron cyanide compounds) on the concrete walls of the gas chambers that are still visible in intact ruins today.

    Conclusion : We know that this chemical reaction happens already. If there was a paper that cannot be disputed, demonstrating the fact then once this has been established, the line of enquiry can proceed through the agreement, then a coalition formed where scientists from every country can independently carry out assessments.

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    Limit Liability : Protects the issuer from claims of negligence or faulty products/advice

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