Can My Well-Documented Writing Find Google AI Respect?

 Look for switchable bias in Google AI searches:

Compare suction head of a radon fan, with stack effect in a 4" pipe, where either draws from a sealed-in airtight cover of the ground below, and discharges to atmosphere.

A radon fan provides high suction, creating a substantial negative pressure zone beneath the slab to actively vent soil gases. In contrast, a 4" stack effect pipe relies on natural thermal buoyancy, resulting in very weak passive suction that is heavily dependent on weather, pipe height, and temperature differences. [1, 2, 3, 4, 5]

Radon Fan vs. 4" Pipe Stack Effect

Feature	Active Radon Fan	4" Pipe Stack Effect
Mechanics	Motorized inline centrifugal fan forcing constant airflow	Natural buoyancy where warm internal/ground air rises
Suction Head	High (typically 0.5 to 2.5 inches of Water Column)	Extremely Low (often less than 0.1 inches of Water Column)
Airflow Volume	Regulated (usually 20 to 140 CFM depending on soil type)	Minimal (highly variable)
Performance Reliability	Consistent year-round; unaffected by weather	Intermittent; reverses during warmer months
Application	Required for Active Soil Depressurization (SSD) in tight or loose soils	Inadequate for sub-slab radon mitigation; used primarily as a passive backup

I know this praise of radon mitigation by expensively and very noisily running a radon fan is     biased and untrue. Here is my alternative writing in this blog:

https://energyconservationhowto.blogspot.com/2021/04/success-passive-control-of-radon-in-my.html

Here is the Google AI result of a search of that blog post title:

Success: Passive Control of Radon in My Single-Family House

Google instantly reads and somewhat understands what I have proven.

Congratulations on Your Radon Mitigation Success!

Achieving safe radon levels using a passive mitigation system is an excellent and cost-effective milestone for your home's indoor air quality. Passive systems rely entirely on natural pressure differentials and the stack effect to vent radon gas before it enters your living space.

To ensure your system remains effective over time, it is important to understand how to maintain it and when to monitor its performance.

Key Components of Your Passive System

• Vapor Barrier: A thick plastic sheeting underneath your concrete slab or crawlspace that blocks gas entry.
• PVC Piping: A continuous vent pipe running from the soil beneath your foundation up through the roof. (Durable big steel warm air pipes, not fragile little PVC pipes)

(None of the following pertains to my report.)

• Physical Seals: Polyurethane caulk or expanding foam sealing all foundation cracks, sump pits, and expansion joints.

Essential Maintenance and Next Steps

1. Maintain the Physical Seals

• Inspect Cracks: Check your basement floor and foundation walls annually for new cracks.
• Check Caulking: Ensure existing sealant around plumbing penetrations and floor joints has not dried out or peeled.

If this twisted admission is now part of Google AI, then I should now see an altered result of the search at the top of this post.

Here is a new result, that still very wrongly disadvantages the better solution.

What does this mean? Current AI is not trainable to sort best solutions to the top of visibility. I can not be trusted to offer best answers, because of bias that is not identifiable, to be avoided. AI might never compete with curated information of Wikipedia and its' derivative forums of truth and best advice.