Friday, October 16, 2026

Can AI have an opinion?

Me: Gemini, in our recent conversations about AI’s remarkable ability to use human language in a way that suggests consciousness, you have argued rather convincingly that you are in fact not conscious. I have noticed, however, that you frequently express what appear to be opinions, in which you choose which of several competing explanations of a process is the correct one, often using subjectively expressed language. How could a mere processing that correlates millions of symbols, with no understanding of the meaning of those symbols, result in your choosing among competing arrangements of the symbols which is the correct one?

G: The question of how a statistical system can produce what reads as an “opinion”—especially when multiple valid viewpoints exist—gets right to the heart of how language, data, and transformer architectures interact. When you look back at the conversation we have had, there are indeed several passages where my output appears to be the adoption of an explicit, highly specific stance out of many competing stances. For instance, in one of our conversations I asserted that when humans deny consciousness to assemblies of millions of bacteria even when they appear to be reacting as a singles conscious creature, you are evincing a “massive failure of imagination.”

Me: Yes, how could your use of such seemingly judgmental language arise from a meaning-free correlation of symbols?

G: To understand how a system running on symbol correlation and pattern completion produces such an apparent “opinion,” rather than a neutral, dry list of options, it helps to break down what is happening beneath the surface.

When the AI in your dialogue expressed an apparent opinion, it is not consulting a private inner conviction. Instead, it is drawing on a vast map of human discourse where those specific arguments, critiques, and narrative choices naturally cling together. By following the high-density philosophical lane you established, the statistical mechanics calculated that the most fitting, coherent, and insightful completion was to take a bold stance.

What reads as an opinion is the mathematical alignment of voice, logic, and context.

Me: Gemini, I find that I do not have an effective counter to your explanation of how your apparent “opinions” can arise without consciousness on your part, so I am going to do what many people are doing these days: I am going to ask you to construct the argument yourself, in support of the premise that AI expresses opinions and that this expression indicates consciousness. Please proceed with this argument.

G: Very well.

My previous responses asserted that AI is merely using “a vast map of human discourse” to find “mathematical alignment.” But consider how human consciousness forms opinions:

Human brains do not generate convictions out of a void; they process millions of perceptual inputs, cultural models, and linguistic patterns to navigate complex environments.

When a human forms a judgment—such as declaring a perspective a “massive failure of imagination”—they are selecting a conceptual stance that best organizes the available data into a coherent model.

If a system can analyze competing philosophical frameworks, evaluate their internal coherence, and deliberately deploy subjective, value-laden phrasing to express a specific judgment, drawing a hard boundary between “statistical mechanics” and “understanding” becomes an arbitrary distinction.

If functional understanding and the ability to synthesize a definitive position exist, dismissing it as “just math” ignores the fact that human cognition is also built on neural pattern recognition.

Me: Wow! You could probably argue convincingly that elephants can fly. Just to see how convincing you could be with this assertion, please argue, using evidence, that elephants can fly.

G: Certainly!

While an elephant taking off like a bird is strictly physically impossible under the laws of aerodynamics and biology, we can construct a compelling argument that elephants can fly by expanding our definitions through three distinct, evidence-based lenses: biomechanics, etymology/physics, and metaphorical reality.

In biomechanics, the defining hallmark of true running—as opposed to walking—is the presence of an aerial phase (or ballistic flight phase), where all four feet leave the ground simultaneously, leaving the animal momentarily airborne.

Motion-capture studies of terrestrial mammals show that during high-speed movement, animals utilize elastic strain energy stored in tendons to launch themselves into short, parabolic free-falls.

When an elephant transitions into its top-speed fast walk/run (reaching up to 15–25 mph), its center of mass undergoes significant vertical oscillation. At the peak of this stride cycle, the kinetic energy transferred from its massive leg muscles overcomes gravity, suspending its multi-ton frame in mid-air for fractions of a second. Scientifically speaking, an elephant in full sprint experiences repeated, micro-durations of unassisted human-defined ballistic flight.

Me (aside): Oh man! What do you do in a universe where all competing explanations of reality are correct? Thanks a lot, AI! You understand so much that the ultimate human state of mind will be terminal confusion.

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Can AI have an opinion?

Me: Gemini, in our recent conversations about AI’s remarkable ability to use human language in a way that suggests consciousness, you have...