The CODOH Revisionist Forum

Stubble wrote: ↑Sat Jul 12, 2025 6:14 pm Can we all chip in to get 2 or 3 hundred pig carcasses to bury in a pit 50m×3m×20m, bury for a few months and set on fire to see if they burn for 2 days?

Blobel said he did this, and I personally have doubts.

We will also need 10 gallons of diesel.

HansHill wrote: ↑Sat Jul 12, 2025 7:51 pm Stubble: Proposes novel way to critically assess witness testimony
Bombsaway: "Just get more witness testimony"

They're not sending their best, are they?

Callafangers wrote: ↑Sat Jul 12, 2025 7:58 pm

HansHill wrote: ↑Sat Jul 12, 2025 7:51 pm Stubble: Proposes novel way to critically assess witness testimony
Bombsaway: "Just get more witness testimony"

They're not sending their best, are they?

bombsaway be like: "shut it down! "

Can't have actual experiments and forensic analysis... we wouldn't want any lil' doozy getting out.

Stubble wrote: ↑Sat Jul 12, 2025 8:18 pm Your idea is in no way going to assess the testimony in question.

At all.

How am I going to verify that you can burn 2 or 3 hundred bodies to ash in 2 days with 10 gallons of diesel doing as you suggest?

You are completely missing my point.

The holocaust happened as alleged, right? This is the foundation of aktion 1005. This was the first burning, I have doubts.

Cost-Effective Experimental Approach

Objective: Test key aspects of outdoor Holocaust corpse disposal methods (e.g., burial, decomposition, and mass grave burning) on a small scale, with results extrapolatable to larger scenarios through scientific analysis.

1. Scale and Materials:
- Carcasses: Use 5–10 pig carcasses as a proxy for human remains (cost: $375–$750 at ~$75 per carcass).
- Rationale: A small number still allows observation of decomposition and burning behavior, with data scalable via modeling.

2. Burial Simulation:
- Method: Simulate burial by storing carcasses in a controlled environment (e.g., sealed containers with soil or under anaerobic conditions) for 1–3 months, mimicking underground decomposition without large-scale excavation.
- Cost: $200–$500 for storage (e.g., renting storage or containers).
- Rationale: Avoids the need for large pits, reducing costs and permitting issues while addressing decomposition effects on burning.

3. Outdoor Mass Grave Burning Setup:
- Method: Conduct a controlled burn in an outdoor setting that simulates mass grave conditions (e.g., shallow pit with wood fuel) over 12–24 hours using minimal accelerants.
- Cost: $300–$1,500 for fuel and potential fire safety personnel fees.
- Rationale: Tests burning feasibility in an open setting similar to mass grave accounts, addressing concerns about outdoor disposal methods.

4. Analysis and Extrapolation:
- Focus: Measure key metrics like decomposition rate, burn temperature, duration to reduce remains, ash production, and fuel efficiency. Use detailed forensic analysis (e.g., soil composition changes, bone fragmentation).
- Support: Partner with fire scientists or forensic anthropologists to model how results scale to larger operations described in testimonies.
- Rationale: Ensures scientific validity and addresses objections about applicability by providing precise data for larger-scale extrapolation.

5. Collaboration:
- Approach: If possible, work with organizations such as a university, agricultural research center, or forestry service to use existing facilities and expertise, minimizing independent setup and permitting costs.
- Cost: $500–$2,000 in shared fees or contributions.
- Rationale: Leverages pre-permitted, controlled environments and adds credibility through institutional support.

6. Legal Considerations:
- Permits: Comply with state and local regulations for animal disposal and open burning (varies by state, estimated cost: $150–$1,000). Using a pre-permitted facility often reduces this burden.

7. Total Estimated Cost:
- Carcasses and transport: $375–$750
- Storage: $200–$500
- Outdoor burning setup: $300–$1,500
- Labor and cleanup: $100–$300
- Permits/fees: $150–$1,000
- Total: $1,225–$4,000

Key Benefits
- Feasibility: Achievable scale and use of controlled settings ease legal, safety, and logistical challenges across the USA.
- Meaningful Insights: Focus on detailed metrics and scientific modeling ensures relevance to outdoor Holocaust disposal methods (e.g., mass grave burning), countering applicability objections by testing specific mechanisms.

Next Steps
- Identify and contact local research facilities or agencies that manage outdoor controlled burn areas for collaboration opportunities.
- Consult state-specific agricultural, environmental, or forestry agencies for permitting requirements.

Callafangers wrote: ↑Sat Jul 12, 2025 8:24 pm Hmm I'm just gonna throw this out there:

Cost-Effective Experimental Approach

Objective: Test key aspects of outdoor Holocaust corpse disposal methods (e.g., burial, decomposition, and mass grave burning) on a small scale, with results extrapolatable to larger scenarios through scientific analysis.

1. Scale and Materials:
- Carcasses: Use 5–10 pig carcasses as a proxy for human remains (cost: $375–$750 at ~$75 per carcass).
- Rationale: A small number still allows observation of decomposition and burning behavior, with data scalable via modeling.

2. Burial Simulation:
- Method: Simulate burial by storing carcasses in a controlled environment (e.g., sealed containers with soil or under anaerobic conditions) for 1–3 months, mimicking underground decomposition without large-scale excavation.
- Cost: $200–$500 for storage (e.g., renting storage or containers).
- Rationale: Avoids the need for large pits, reducing costs and permitting issues while addressing decomposition effects on burning.

3. Outdoor Mass Grave Burning Setup:
- Method: Conduct a controlled burn in an outdoor setting that simulates mass grave conditions (e.g., shallow pit with wood fuel) over 12–24 hours using minimal accelerants.
- Cost: $300–$1,500 for fuel and potential fire safety personnel fees.
- Rationale: Tests burning feasibility in an open setting similar to mass grave accounts, addressing concerns about outdoor disposal methods.

4. Analysis and Extrapolation:
- Focus: Measure key metrics like decomposition rate, burn temperature, duration to reduce remains, ash production, and fuel efficiency. Use detailed forensic analysis (e.g., soil composition changes, bone fragmentation).
- Support: Partner with fire scientists or forensic anthropologists to model how results scale to larger operations described in testimonies.
- Rationale: Ensures scientific validity and addresses objections about applicability by providing precise data for larger-scale extrapolation.

5. Collaboration:
- Approach: If possible, work with organizations such as a university, agricultural research center, or forestry service to use existing facilities and expertise, minimizing independent setup and permitting costs.
- Cost: $500–$2,000 in shared fees or contributions.
- Rationale: Leverages pre-permitted, controlled environments and adds credibility through institutional support.

6. Legal Considerations:
- Permits: Comply with state and local regulations for animal disposal and open burning (varies by state, estimated cost: $150–$1,000). Using a pre-permitted facility often reduces this burden.

7. Total Estimated Cost:
- Carcasses and transport: $375–$750
- Storage: $200–$500
- Outdoor burning setup: $300–$1,500
- Labor and cleanup: $100–$300
- Permits/fees: $150–$1,000
- Total: $1,225–$4,000

Key Benefits
- Feasibility: Achievable scale and use of controlled settings ease legal, safety, and logistical challenges across the USA.
- Meaningful Insights: Focus on detailed metrics and scientific modeling ensures relevance to outdoor Holocaust disposal methods (e.g., mass grave burning), countering applicability objections by testing specific mechanisms.

Next Steps
- Identify and contact local research facilities or agencies that manage outdoor controlled burn areas for collaboration opportunities.
- Consult state-specific agricultural, environmental, or forestry agencies for permitting requirements.