fireofice wrote: ↑Mon Jan 13, 2025 12:12 am
Polish Jews, sure. I'm pretty sure Hungarian Jews were of regular body size and fat though.
You brought up a great point, compelled me to analyze it further. The question becomes: what proportion of Jews -- per the official 'Holocaust' narrative -- sent to Auschwitz were lean vs. average vs. normal at the time they were allegedly cremated there?
Let's attempt to answer this question.
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Body Composition Analysis of Jews Cremated at Auschwitz
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* Initial composition based on German 1930s cremation data, see TCFOA, p. 361. Jews in Hungarian category account for some 8-15 weeks in German captivity prior to deportation. Polish Jews' condition accounts for extreme deprivation. Other Jews account for a limited time (at most a few weeks or so) of German deprivation. All categories account for slight overall weight loss during wartime. The "Overall Arrival Distribution" thereafter takes a weighted average of all Jewish arrivals.
Path to Cremation Analysis
Group A: Immediate Cremation (27.5% of arrivals necessarily, immediately cremated per official narrative)
• Elderly, young children, mothers with babies
• Maintained arrival distribution
- tables2.jpg (15.35 KiB) Viewed 280 times
Group B: Through Selection Process (72.5% of arrivals)
• Healthier individuals selected for labor
• Many deteriorated to worse categories before death
• Some survived (especially those maintaining better condition)
• Most cremated from this group were in Lean category by time of death
Final Estimated Distribution of Cremated Bodies
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Let's calculate this average potential contribution.
Given the distribution of cremated bodies:
- Normal: 9% (with 146,100 kcal)
- Average: 18% (with 82,200 kcal)
- Lean: 73% (with 35,600 kcal)
Let's calculate the weighted average UHV:
Normal: 146,100 × 0.09 = 13,149 kcal
Average: 82,200 × 0.18 = 14,796 kcal
Lean: 35,600 × 0.73 = 25,988 kcal
Total weighted average = 13,149 + 14,796 + 25,988 = 53,933 kcal
Therefore, on average and in alignment with the exterminationist narrative, each prior corpse could potentially contribute approximately 53,933 kcal towards the cremation of the subsequent corpse (assuming perfect efficiency in heat transfer and timing of adding the subsequent corpse).
This would be the theoretical maximum contribution, but we know the actual contribution will be dramatically less than this due to heat losses, problems with arrangement and timing, etc. If we assume 40% efficiency as done before, the contribution comes down to 21,573. This is about 10% of the kcal required to cremate a lean corpse (requires 206,100 kcal).
Thus, we remain well-within the same range showing that overlapping cremations would have essentially no impact upon overall cremation times. This is in addition to the many other facts as outlined by Mattogno and others, showing the lack of extra maintenance which would necessarily be required (and for which no documentation exists) if simultaneous cremations were applied, or the added inefficiencies which would further reduce or even cancel-out and override the heat transfer gains between a prior and subsequent corpse when added simultaneously.
Altogether, the notion of simultaneous cremations (hence, of cremations for 'extermination' at all) are summarily debunked.
