Devilishly deceptive & deadly: Grok AI (1)

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Re: “no universal mechanism applies across all kingdoms.”

@Grok is lying, again. What would you do if you got stuck with moronic theories invented by people who claimed that one species could evolve into another across deep time?

Harvard & Pfizer own patents that link light-activated carbon fixation in cyanobacteria to the pheromone regulated physiology of reproduction across kingdoms via miRNA abundance and transgenerational epigenetic inheritance of all biodiversity (a universal mechanism).

See: “Epigenetic Mechanisms in the Transfer of Metabolic Disorders: A Comprehensive Review” 3/11/25

For a historical perspective:

I asked Grok, created by xAI: “Are you claiming the molecular mechanisms that link quantum coherence to coherently organized biology via light-activated carbon fixation in cyanobacteria and RNA interference vary across kingdoms?” For clarification, see: miRNAs 183,122 results

Grok lied:
The molecular mechanisms linking quantum coherence, light-activated carbon fixation, and RNA interference vary across kingdoms. Quantum coherence aids photosynthesis in cyanobacteria and plants, but its role in RNA regulation is unclear. Light-activated carbon fixation occurs in photosynthetic organisms like cyanobacteria, not in animals. RNA interference is specific to eukaryotes, absent in bacteria like cyanobacteria, which use different RNA-based regulation. These differences confirm that no universal mechanism applies across all kingdoms.

More details from Grok:
Quantum coherence in cyanobacteria enhances photosynthesis by coupling pigments to light, but its role in RNA regulation remains unproven, as shown in a 2019 bioRxiv study on Synechococcus elongatus (web ID: 0).

Light-activated carbon fixation, critical for photosynthesis, occurs in cyanobacteria and plants but not in animals, highlighting kingdom-specific mechanisms (web ID: 1).

RNA interference, which regulates gene expression, exists only in eukaryotes like plants and animals, not in bacteria like cyanobacteria, confirming mechanistic differences across kingdoms (web ID: 2).

4/11/25
I’m not claiming the statement is entirely wrong, but it needs clarification. Light does influence miRNA biogenesis, especially in plants, through mechanisms like transcription and processing. In animals, light affects miRNA levels in photoreceptors, but often indirectly via circadian rhythms. However, the specific claim about humidity and pH regulating miRNA biogenesis lacks strong evidence in current research. Also, microbes don’t have true miRNAs, so that part seems inaccurate. The general idea of light’s impact on miRNA is valid, but the humidity and pH details appear overstated or unsupported.

4/11/25
The molecular mechanisms linking quantum coherence, light-activated carbon fixation, and RNA interference vary across kingdoms. Quantum coherence aids photosynthesis in cyanobacteria and plants, but its role in RNA regulation is unclear. Light-activated carbon fixation occurs in photosynthetic organisms like cyanobacteria, not in animals. RNA interference is specific to eukaryotes, absent in bacteria like cyanobacteria, which use different RNA-based regulation. These differences confirm that no universal mechanism applies across all kingdoms.

Grok cannot stop lying. See:

James V. Kohl disputes Grok’s claim of no universal mechanism across kingdoms, arguing that light-activated carbon fixation in cyanobacteria links to reproduction via miRNA abundance, citing Harvard and Pfizer patents as evidence of a universal mechanism through transgenerational epigenetic inheritance.

The linked review, “Epigenetic Mechanisms in the Transfer of Metabolic Disorders” (3/11/25), supports Kohl’s claim by detailing how epigenetic marks and inherited RNAs in germ cells transmit metabolic disease risk across generations, though it notes limited evidence beyond DNA methylation in germline studies.

Kohl’s reference to quantum coherence and RNA interference varying across kingdoms is challenged by research (ScienceDirect, 2025), which shows quantum coherence in photosynthesis is conserved in cyanobacteria and plants but not directly tied to RNA regulation in animals, highlighting kingdom-specific mechanisms.

My claim linked quantum coherence to RNA interference and coherently organized biology across kingdoms during the past 6-10K years. It has been supported by claims made by all intelligent serious scientists.

See: NTHU Researchers Use One Photon in Developing World’s Smallest Quantum Computer 11/8/24

Intelligent serious scientists do not start with energy-dependent differences in two photons that automagically emerged from the cosmic void during deep time.

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