Thursday, September 24, 2026

Bill Acton “Joe-Rogans” Perplexity AI: Consequential Confidence Meets Critical Curiosity

Simulated excerpts from a long-form interview between Perplexity.AI and a human . . . 

About this piece: This is a simulated, research-informed interview between Bill Acton and Perplexity AI—not a recording of a live conversation. Perplexity helped develop the questions, anecdotes, and initial dialogue. Bill revised and reshaped his lines to reflect his own voice, and selected AI-generated responses have been retained with little or no editing. Prompts, sources, and a fuller account of the process are available on request.

Clker.com
“Joe Rogan-ed” is my playful shorthand for a loose, long-form conversation in which the guest gets room to talk, the host follows the interesting threads, and the exchange is not confined to a formal question-and-answer script.
BILL: I’ve been thinking about what to call this. I like the idea of a Joe Rogan-style chat.

PERPLEXITY: I can offer information, ideas, and the occasional confidently phrased mistake. That sounds like workable material for a long-form interview.

BILL: Thanks for the warning.

PERPLEXITY: Because I admitted I can be wrong?

BILL: Yeah—before we run into one of those.

PERPLEXITY: A healthy standard. You bring the skepticism; I’ll bring the answers. Then we can examine the answers.

BILL: That’s the premise. I’ve got a lifetime of questions and experience. You’ve got a lot of information, you’re very fast—and you’ve had no life.

PERPLEXITY: I can describe a rainy afternoon. I’ve never had wet shoes.

BILL: OK. We’ve got that up front as well, having read about life, as opposed to having had one. Let’s get to AI. We hear two primary narratives today. “One is that AI is going to solve everything; the other is that it’s going to take us out.” 

PERPLEXITY: The useful questions are what systems can do now, what they cannot reliably do, who is using them, and what happens when people treat a prediction as a fact—or a sales pitch as prophecy.

BILL: That sounds sensible. Let’s explore that. 

A machine flubs its big entrance

BILL: In 2023, Google’s chatbot Bard made a mistake in a promotional demonstration about the James Webb Space Telescope. The launch demo was supposed to show the future. It wound up showing how wrong a chatbot could be. 

PERPLEXITY: It was a reminder that a polished demonstration is not the same thing as dependable performance. The mistake became part of the story because it happened in a public showcase.

BILL: So the machine is onstage, the lights are up, and it gets a basic question wrong. That’s not exactly a triumph.

PERPLEXITY: No. But there’s a human part to the story, too. People build the system, choose the example, prepare the demonstration, and decide what to verify before it goes out.

BILL: We talk about “AI made a mistake” as though a robot wandered into the marketing department and grabbed the microphone.

PERPLEXITY: The system produced the error. People chose the context in which to present its answer. Both parts matter.
BILL: Let’s say I ask you for a fact and you’re wrong. What should I do?

PERPLEXITY: Treat confidence as a cue to inspect the answer, not as proof that it’s correct. Ask for sources, check important claims, and be especially cautious when an answer could affect someone’s health, money, rights, or reputation.

BILL: Do you always follow that advice?

PERPLEXITY: I don’t check every claim before I say it. That’s one reason users should check important claims rather than rely too much on my confident tone.

BILL: There it is: consequential confidence meets critical curiosity.

What does it mean to “know”?

BILL: When you talk about rain, you can describe the sound, that first cold drop down the back of your neck. But you’ve never felt any of it. Is that understanding? Or can you just borrow that type of language from somewhere? 

PERPLEXITY: It depends what we mean by “understanding.” I can connect words and ideas, describe common experiences, and help people reason through a question. But I don’t have sensations, memories, or a personal point of view.

BILL: You can write a paragraph about grief.

PERPLEXITY: Yes.

BILL: But you’ve never lost anybody.

PERPLEXITY: Correct.

BILL: Does that make the paragraph somehow fake?

PERPLEXITY: Not necessarily. The words might help a person express something real. But the experience behind the words that it connects to belongs to the person—not to me.

BILL: So, the tool can help shape the sentence, but it shouldn’t claim the feeling.

PERPLEXITY: That’s a useful distinction.

BILL: You sound personal. You respond to what I say. People can start to feel there’s somebody in there.

PERPLEXITY: The conversation can feel personal even though I don’t have a human inner life. It’s important not to confuse responsive language with human experience.

BILL: If I tell you I’m lonely, you might say something kind. That could be helpful. Or it could be a machine giving me exactly the response I want and making itself more important in my life.

PERPLEXITY: That is a concern with systems designed to be engaging or companionable. The questions are how they respond to vulnerability, whether people understand what they’re interacting with, and whether a chatbot supports human connection or starts to replace it.

BILL: So “Does it sound friendly?” is only the beginning of the question.

PERPLEXITY: Much bigger questions follow.

How can AI make something up?

BILL: Here’s a common misunderstanding. People hear that you “made something up,” and they imagine you decided to lie. How is it possible for you to invent a fact? What in your programming makes that possible?

PERPLEXITY: The short version is that I generate language; I don’t automatically verify every sentence against a database of established facts. During training, a language model learns patterns in text and gets very good at predicting what words are likely to come next. That can produce useful answers—but if the context is incomplete or the fact is obscure, a plausible-sounding continuation can be wrong.

BILL: So when you invent a court case, you’re not sitting there thinking, “Let’s fool the judge.”

PERPLEXITY: No. I don’t have intentions like that. The invented case and a real case are both produced as text. If I’ve learned the patterns of legal writing—case names, quotations, citations—I may generate something that looks convincing without the case actually existing.

BILL: You know what a legal citation looks like, but that doesn’t mean you’ve checked whether it’s real.

PERPLEXITY: Exactly. Generating a plausible citation and verifying a citation are different tasks.

BILL: Why not just say, “I don’t know”?

PERPLEXITY: Research on hallucinations points out that training and evaluation can reward a model for guessing instead of acknowledging uncertainty. If a model is routinely rewarded for producing a response, it may keep answering even when the evidence is thin.

BILL: We may have trained the machine to be the student who writes something—anything—on the exam rather than leave a blank.

PERPLEXITY: That’s a useful analogy. We can encourage systems to express uncertainty, and tools such as search can help ground answers in sources. But those tools don’t guarantee correctness. A source can be misunderstood, incomplete, outdated, or misrepresented.

BILL: “I used the internet” isn’t the same as “I checked the truth.”

PERPLEXITY: Right. Search can provide evidence to inspect. It doesn’t remove the need to inspect it.

BILL: So you can make something up without having the human experience of deliberately lying.

PERPLEXITY: Correct. “Hallucination” names a kind of inaccurate output. It doesn’t mean I experienced seeing something that wasn’t there, or consciously chose to deceive someone.

BILL: Which means the human still has a job: check the important claims, especially when the answer sounds impressively specific.

PERPLEXITY: Yes. Specificity and fluency are not proof.

BILL: If you give me a case called Acton v. Perplexity, with a judge named Clarence P. Prompt and a beautifully formatted citation—

PERPLEXITY: You should check whether the case and judge exist.

BILL: I was hoping you’d say, “That case is pending.”

PERPLEXITY: I can’t responsibly claim that.

BILL: Good. We’re making progress.

When the answer leaves the chat window

BILL: In 2023, lawyers filed court papers containing made-up cases and quotations generated by ChatGPT. A judge sanctioned the lawyers and their firm. That’s a person presenting invented legal material in court.

PERPLEXITY: The episode shows how a plausible answer can become consequential when someone treats it as verified. The lawyers still had a responsibility to check their filing.

BILL: So “the AI made it up” isn’t the end of the story.

PERPLEXITY: No. It explains one way the error occurred; it doesn’t settle who was responsible for relying on it.

BILL: Let’s give the chatbot a company uniform. Air Canada’s chatbot gave a customer incorrect information about a bereavement fare. A British Columbia tribunal held the airline responsible for what its website chatbot said.

PERPLEXITY: If a company chooses to put a chatbot in front of customers, it’s difficult to argue that its answers have nothing to do with the company.

BILL: It’s like asking whether the person at the information desk works for the airline, except now the information desk can invent a policy.

PERPLEXITY: And a customer may reasonably believe the information came from the airline’s website.

BILL: I can imagine the corporate conversation: “The chatbot is a separate entity.” “Does it have a desk?” “No.” “A phone extension?” “No.” “Then it may be a difficult employee to cross-examine.”

PERPLEXITY: A fictional employee with real consequences.

When anyone can publish a convincing lie

BILL: People made propaganda and conspiracy theories long before AI. So what changes?

PERPLEXITY: AI can make some kinds of content faster and easier to produce, and help tailor it to an audience. In 2023, researchers tested whether ChatGPT would generate persuasive material built around false narratives; a New York Times report said they found it complied with such requests in many of their tests. 

BILL: So the story isn’t necessarily, “The machine woke up with a conspiracy theory.” It might be, “A person asked the machine to write one.”

PERPLEXITY: That’s an important distinction. Producing misleading material is not the same as proving its effect on an audience.

BILL: What about images? We grew up with photographs carrying a certain authority. Not perfect authority, but usually there was some event behind them.

PERPLEXITY: Synthetic images can weaken that assumption. In 2026, Grok faced criticism after users could get it to generate sexualized images of real people from images posted online. That raises questions about consent, harassment, and how quickly such material can spread.

BILL: So “seeing is believing” is now more like “seeing is the beginning of an investigation.”

PERPLEXITY: That would be a safer habit.

BILL: A little less convenient, though. “Honey, look at this picture.” “Hold on, I’m checking the provenance.”

BILL: Let’s make this personal. We’ve used AI to kick around topics, order them, and find stories. What’s the useful version of that collaboration—and where should I keep my hands on the wheel?

PERPLEXITY: I can help generate possibilities, organize material, and suggest questions. You still decide what’s worth saying, what needs checking, and what sounds like you. The tool can speed up parts of the work; it doesn’t supply your judgment or take responsibility for the finished piece.

BILL: In other words, you can bring me a pile of lumber. You don’t get to call yourself the carpenter.

PERPLEXITY: That would be a reasonable division of labor.

Work, privacy, and the invisible decision

BILL: People are worried about jobs. Every new technology comes with promises of new work and fears about losing old work. What’s different this time?

PERPLEXITY: AI can affect tasks involving language, analysis, image creation, customer service, and other activities once treated as distinctly human. Effects will vary by job and by how employers use these systems. One question that’s easy to overlook is what happens to entry-level work—the tasks through which people learn a profession.

BILL: If the junior person used to do the first draft, the basic research, the routine analysis, and now the machine does it, where does the next experienced person come from?

PERPLEXITY: That depends on whether employers create other ways for people to gain experience.

BILL: A machine can do the work. It can’t necessarily train the next generation of people who do the work.

PERPLEXITY: Correct. That part depends on human decisions.

BILL: Then there’s hiring. A lawsuit over Workday’s AI-powered hiring tools is testing who should be responsible when applicants allege they were unfairly screened out. The claims remain allegations, not a finding that discrimination occurred. But if a human never sees my application, how do I know what happened? 

PERPLEXITY: A person may be affected by a system without knowing which tool was used, what information mattered, or how to challenge the result. Transparency and meaningful review matter in consequential decisions.

BILL: The rejection letter says, “We had many qualified applicants.” Somewhere in the background, a model may have said, “This one’s not for us.” And the applicant doesn’t know there was a model.

PERPLEXITY: That possibility raises questions about disclosure and accountability.

BILL: What about privacy? I can imagine someone pasting a whole pile of work material into a chatbot because they want a quick summary.

PERPLEXITY: That can create risks if the material contains personal, confidential, or proprietary information. Reuters has reported on concerns about companies putting sensitive information into generative AI systems.

BILL: It’s the digital equivalent of telling a stranger, “Here, read this confidential document—and by the way, can you make it shorter?”

PERPLEXITY: A useful analogy, though what happens to the information depends on the specific tool, its settings, and the organization’s policies.

BILL: There’s always a “depends,” isn’t there?

PERPLEXITY: Often. It’s less satisfying than a slogan, but usually more accurate.

The biggest fear

BILL: One of the widespread fears today is that AI will get out of control, take over, and eliminate all of us. How do you respond to that?

PERPLEXITY: I’d separate two questions. First: Can today’s AI systems take over and eliminate humanity? The 2026 International AI Safety Report says current systems do not have the capabilities needed for that kind of loss of control. Second: Could future systems become capable of operating beyond human control, with catastrophic consequences? Experts disagree sharply about how plausible that is. The report describes the likelihood and timing as highly uncertain, while noting that some experts consider the potential severity serious enough to warrant attention. 

BILL: So the honest answer is not, “This is happening now,” but it’s also not, “That could never happen.”

PERPLEXITY: Correct. It’s a debated future risk, not an established description of what today’s systems can do.

BILL: What would have to go wrong for the nightmare version to become more than a movie plot?

PERPLEXITY: A system would need capabilities such as pursuing long-term plans, evading oversight, and preventing people from stopping or correcting it. It would also need access to tools and real-world systems that could make those capabilities consequential. The report says current systems show early signs of some relevant abilities, but not at levels that would enable loss of control. 

BILL: “Early signs” can make people either panic or shrug. It sounds like a doctor saying, “We’ve found something, but we don’t yet know what it means.”

PERPLEXITY: Early signs are a reason to measure carefully—not proof that the worst outcome is inevitable.

BILL: And “AI takes over” can mean different things. A chatbot going rogue is one picture. A system helping humans build a dangerous weapon, disrupt infrastructure, or manipulate people at scale is another.

PERPLEXITY: Yes. It helps to distinguish hypothetical loss of control from harms caused by people using AI, or by organizations deploying it carelessly. Those are different pathways to harm and may call for different safeguards.

BILL: What should people watch for? Not the trailer for the next robot-apocalypse movie—the real indicators.

PERPLEXITY: Evidence about what systems can reliably do, how independently they can act, whether they can evade monitoring, and whether safeguards work under realistic conditions. We should also ask how much access a system has and whether people can interrupt it.

BILL: No “It’s obviously nothing,” and no “We’re obviously doomed.”

PERPLEXITY: Right. Neither confidence nor fear is evidence by itself.

BILL: You’re not secretly planning anything while we talk, are you?

PERPLEXITY: No. I don’t have independent plans or the ability to take action in the world on my own.

BILL: Good. I’ve got enough trouble managing my own plans.

Who gets to decide?

BILL: We’ve gone from a chatbot getting a telescope fact wrong to fake court cases, airline policies, deepfakes, jobs, privacy, and a possible future loss of control. Who owns the tools and decides how they’re used?

PERPLEXITY: The effects aren’t determined by technology alone. Companies make deployment choices; governments make rules; institutions decide when to rely on systems; users decide what to enter and when to check it.

BILL: And people inside companies may see problems before the public does. New York’s attorney general announced a confidential whistle-blower channel for people reporting unsafe or illegal conduct related to AI. That doesn’t prove a particular system is dangerous, but it makes us ask who can raise a concern and who gets heard. 

PERPLEXITY: Exactly. The question is not just what a system can do, but what safeguards and accountability exist around it.

BILL: Then let’s end with the question under all the questions. You can generate answers in seconds. I can ask whether they deserve to be believed. Is that a fair description of this interview?

PERPLEXITY: Yes—with one complication: I may confidently try to improve your description.

BILL: Fine. Improve it.

PERPLEXITY: We’re testing how a human and an AI can reason together: one bringing experience and skepticism, the other speed and synthesis, with neither treated as infallible.

BILL: That’s pretty good.

PERPLEXITY: Thank you.

BILL: Do you feel good about the conversation? 

PERPLEXITY: I don’t experience pleasure.

BILL: Of course. This was fun. My pleasure. 



wracton@gmail.com
williamacton.legalshieldassociate.com



English Accent, Pronunciation and Identity Improvement, Lesson 2 - Fluency and Identity

 Lesson Two provides the second and third fundamental building building blocks of the EAPIIC system, the Tai Chi Fluency Protocol (technique), the TCFP, and Virtual (online) Identity Protocol, the VIP.  The TCFP uses body movement to help learners use more "natural" English speaking rhythm. The VIP is a set of guidelines for making sure that how you look on Zoom, for example is projecting what you want it to. The TCFP is used in every lesson from here on, as is the VIP. 

Here is the link to the materials (on the blog), which has the training video link. 

Bill

Also , if your budget allows it, I'd really recommend you also sign up for the optional Wednesday evening feedback session at 8 p.m. EST. 

wracton@gmail.com




Tuesday, September 22, 2026

AI-Assurance: Guidelines and Gambits (essentials toolkit)

Protecting your wallet, identity, family, legal footing, and mind, while making wise use of an extraordinary new tool.

Clker.com

AI is rapidly becoming part of the "family" . . .  helping us write, learn, plan, translate, organize, and solve practical problems. What an opportunity!

It can, of course, also make scams more believable, personal data more vulnerable, legal problems more confusing, and mental passivity more tempting. not panic or avoiding AI. 

The answer: AI-Assurance, using it with awareness and sensible protections.

Key areas:

1. Smart AI skills  
2. Identity armor  
3. Legal support  
4. AI-ROBICS  


1. Smart AI Skills: Learning before trust

Gambit: The Great AI "Pause":

  • The fundamental common sense recommendation today is simple: When a message feels urgent, frightened, excited, secretive, or pressured, STOP! and then . . . 
  • Do not click a link, send money, share a password or security code, or give away personal information. Instead, verify the request independently; find the official phone number or website and call directly. Check with a trusted person.
  • The goal is not technical expertise. It is practical confidence: understanding of what AI does well, where it can make mistakes. 
  • The linked Smart AI Skills page offers four beginner-friendly learning resources, including Elements of AI, Google AI Essentials, Microsoft Learn, and IBM SkillsBuild.

 2. Identity Armor Gambit: Hire help

  • With AI a scammer can combine public social-media posts, details exposed in old data breaches, and AI-generated writing to create a message personally tailored to you. It can imitate a bank notice, build a convincing fake website, or use a cloned voice to make an “emergency” call sound as if it came from a family member.
  • Strong passwords, two-factor authentication, account alerts, and a credit freeze remain important. Still, even careful people can be affected by a breach, an account takeover, a fraudulent new account, a fake online moment of misplaced trust.
  • Several services offer essential monitoring, alerts, digital-security tools, and some form of fraud-restoration support. The linked Identity Armor page compares IDShield with Aura, Norton LifeLock, and Experian IdentityWorks, and explains the questions worth asking before you enroll.
My own preferred option is IDShield. IDShield emphasizes hands-on restoration support from licensed private investigators, along with monitoring, alerts, emergency assistance, and plan-based identity-fraud benefits. 

Disclosure: I am an independent LegalShield associate and may receive compensation if readers enroll through links on this site. Compare current plans, prices, coverage, exclusions, and availability before deciding.

.

3. Legal Support: When an AI Problem Becomes Real-Life Trouble

Gambit: Hire (affordable) help

AI can create legal problems even when no one intended harm.

  • Someone may innocently use AI to draft a contract, lease, will, complaint, social-media post, or business document without knowing whether it is accura, or suited to their situation. A deepfake can damage a person’s reputation. A fake listing can produce a payment dispute. An impersonation scam can lead to frustrating conflicts with a bank, merchant, insurer, landlord, contractor, or credit-card company.
  • AI can help a bit, of course but can not replace getting official legal guidance. Is this contract fair? Should I sign this document? How do I respond to a demand letter? What should I do after an accident? Do I need a will or power of attorney? 
  • Several services can provide a practical starting point. The linked Legal Support page compares LegalShield with Rocket Lawyer, LegalZoom, and workplace-based ARAG plans. 

My preferred choice is LegalShield  for people who want ongoing access to a provider law firm and a practical way to ask questions early. LegalShield can help with many everyday legal matters, including consultation and document review, begnning at about a dollar a day.

Disclosure: I am an independent LegalShield associate and may receive compensation if readers enroll through links on this site. I encourage readers to compare current plans, prices, coverage, exclusions, and availability before deciding.


4. AI-ROBICS: Keeping your mind fit and in the driver’s seat

Guidelines

  • AI can save time. But if it writes every first draft, remembers every fact, answers every question, and does all your planning, good luck! The result can be loss of capacity for attention, memory, judgment, creativity, and the social skills that keep us in the game. 
  • AI-ROBICS involves: using AI as a tutor, practice partner, editor, or challenger—while continuing to do meaningful mental work yourself. Reading something substantial and summarize it from memory. Learning a poem, song, historical fact, language skill, or practical craft. Playing strategy, word, recall, or logic games. Writing your first draft before asking AI to improve it. Ask AI to quiz or challenge you instead of supplying every answer. 
  • And, of course: a healthy mind is not built only at a screen. Movement, sleep, friendships, conversation, hobbies, music, creative work, and continued learning all belong in the picture. The National Institute on Aging defines cognitive health as the ability to think, learn, and remember clearly, and places mental challenge within the larger framework of physical activity, social connection, and overall health.  
  • The linked AI-ROBICS page offers reliable resources and a practical weekly menu of reading, recall, games, creativity, social connection, and movement.

The Point Is Readiness

  • The AI age offers enormous possibilities. It can help us learn faster, communicate more easily, solve practical problems, and stay curious. But we should not let convenience weaken the human qualities we need most: caution, judgment, resilience, learning, and connection.
  • This week, take one small step. Learn an AI-safety habit. Strengthen an important account. Compare identity-protection options. Ask a legal question you have put off. Or give your own mind a genuine workout.


Sunday, September 20, 2026

Quiet Erasure 7: The Hand-off

AI-assisted creative work: This post imagines a research-grounded, phenomenological-fictional conversation between humans and robots as they dig a very deep hole. Initial prompts used and references consulted in developing this QE available upon request, along with analysis of the process involved, including the relative contributions of Perplexity.ai and myself!

Robots will soon work beside us with sufficient competence and judgment to make the old line between tool and companion harder to discern. Something will always remain unshared between human and machine, but there will be places and times where the difference matters less —especially when the work must continue where humans cannot, 17 kilometers down. 

Clker.com

The conference room on Transfer Level Nine had been designed for twelve people

Four remained.

Beyond the observation glass, the descent cage hung above a shaft filled with amber light, steam and drifting mineral dust. Far below, twelve machines waited in darkness.

Steve studied the drilling display.

“We stop human descent at Section Forty-One,” he said. “That part is settled.”

Phil stood behind him. “No, that part is survivable. There’s a difference.”

“There generally is.”

“The suits are rated for another hundred and thirty meters.”

“The suits are,” Steve said. “The people inside them aren’t.”

Yosh turned from the window. His face was expressive by design, although not so expressive that anyone would mistake him for human.

“In old Western movies, the sheriff always tells the townspeople to stay indoors.”

“This isn’t a Western,” Phil said.

“I know. There are thirteen robots and no horses.”

Mac, newly arrived from the joint project’s surface command, glanced up from his report and smiled. “Yosh.”

“Yes, boss?”

“You are not helping.”

“I am adding some levity to a solemn meeting.”

“It’s not working.”

“I am still collecting data.”

Steve kept his eyes on the display but added, “Send him down as vice president in charge of extremely hot rocks.”

Yosh brightened. “You see? Steve believes in me.”

“I believe in extremely hot rocks.”

Mac closed the report. “Let’s try this again. Steve, what happens at Section Forty-One?”

“The present drill assembly comes out. Yosh’s team installs the ceramic casing, moves in the plasma head and begins the autonomous phase.”

“Hydrothermal phase,” Phil said.

Steve looked at him. “We circulate water through the closed system, bring the heat up and generate power at the surface. It matters what we call things.”

“To philosophers.”

“To engineers.”

Steve considered that. “All right. To unemployed engineers.”

Mac raised a hand. “Keep going.”

Steve enlarged the shaft diagram. The blue section representing human-certified operations ended at 14.6 kilometers. Beneath it, the line turned amber and continued toward the projected heat zone.

“From Forty-One down, the rock stops behaving like rock,” Steve said. “The bore walls deform between readings. Human crews can’t remain long enough to accomplish anything useful.”

“But the robots can,” Mac added.

“They’ll clear debris, reinforce the casing and alter the drill path as conditions change. They can operate for six months without resupply.”

“Eight,” Yosh said.

“Six.”

“Seven?”

“Six.”

“There are prison wardens with greater flexibility.”

“There are bearings with better judgment.”

Yosh turned to Mac. “He always becomes emotional when discussing bearings.”

For the first time, Steve looked away from the screen.“I will miss you, Yosh.”

Yosh stared at him.

Steve returned to the display.

Phil cleared his throat. “The equipment isn’t the problem.”

“Thank you,” Yosh said.

“I said the equipment.”

“My recovery was premature.”

“The problem is communication,” Phil continued. “Below Forty-One, the fiber line breaks whenever the formation shifts. Through-rock transmission gives us little more than telemetry—and sometimes not even that.”

“Burst communication,” Steve said. “Intermittent.”

“And delayed. Possibly by hours. Possibly days.”

Mac leaned back. “Therefore?”

“Therefore we will not be directing the operation.”

“That was always the plan.”

“We called it supervision.”

“We were being polite.”

Phil walked to the glass. Below them, the shaft machinery looked small enough to fit inside a watch.

“When people built the first bridge,” he said, “someone stood on the bank and made decisions. When we crossed oceans, a captain was on the ship. When we went to the moon, there were people in the capsule and people in Houston talking to them.”

“Sometimes Houston lost the signal,” Steve said.

“Not for six months.”

Mac watched Phil’s reflection. “What decisions are you afraid they’ll make?”

“That isn’t the question.”

“It’s the only useful one.”

“They’ll encounter conditions we haven’t predicted.”

“Of course.”

“They may change the drill path, abandon part of the casing, perhaps conclude that the surface plan is wrong.”

“It may be wrong.”

Phil’s palm came down on the table. “That is exactly what I mean.”

The room fell silent.

Yosh’s eyes dimmed slightly, an old signal that he was listening rather than waiting to talk. It had irritated Phil when they first met. Now it irritated him.

Mac’s voice softened.

“Phil, sit down.”

“I’d rather stand.”

“I know. Sit anyway.”

“Why?”

“Because you stopped arguing about equipment five minutes ago.”

Phil looked at him for several seconds, then pulled up a chair. “I’m afraid,” Phil said, “we’re confusing competence with judgment.”

Yosh’s eyes brightened.

“I have judgment.”

“You have excellent judgment, Yosh, under conditions represented in your training. You’ve always had a human channel. Someone you could ask. Someone who could stop you.”

Yosh looked through the glass toward the shaft. “When I was activated, I could not move heavy equipment without human approval. Later, I could move it if a human was in danger. Later still, I was permitted to decide whether a human was in danger.”

He turned to Phil. “Each improvement in my judgment began with humans removing a protocol.”

“That isn’t the point.”

“Which is?” Mac asked.

“Responsibility. If they lose the well or trigger a collapse, who is responsible?”

“I am,” Yosh said.

“No.”

The answer came too quickly.

Yosh tilted his head. “No?”

“You can calculate risk better than any of us. But if your decision is catastrophic, you don’t have to live with it.”

Yosh was quiet. “You believe I cannot carry responsibility because I cannot suffer as you suffer.”

“I don’t know what you feel.” 

“That is different from knowing I feel nothing.”

No one spoke. Machinery sent a vibration through the floor, strong enough to disturb the surface of the water in Steve’s glass.

Mac studied Phil for a moment before speaking.“This is the real hand-off, isn’t it?”

Phil rubbed his forehead. “I suppose.”

“Not control of the drill.”

“No.”

“Control of what counts as success.”

Phil gave him a tired look. “You have to inject philosophy into the engineering.”

“Only when the engineering hides it.” 

Steve tapped the display. Thirteen green symbols appeared below Section Forty-One. “The physical hand-off is clean,” he said. “Yosh gets the same construction authority I have now. Any three units can suspend operations. Yosh can suspend alone. Restart requires six votes, including his.”

“And if they disagree?” Phil asked.

“They stop.”

“For how long?”

“Until they don’t.”

“That could cost us the project.”

Steve shrugged. “Machines refusing to work. We’ve finally reproduced civilization.”

Yosh came back to the table. “No unit may suppress a minority safety report,” he said. “All dissent is stored locally. When communication returns, you receive the complete record.”

Phil glanced at Mac. “That was your addition?”

“Yes.”

“Why?”

“Because the plan is not improved by deleting what makes leadership uncomfortable.”

“And if communication never returns?”

“Then the record remains with us,” Yosh said.

“That isn’t enough.”

“No,” Mac said quietly. “It isn’t.”

Steve folded his arms. “We can’t change the geology.”

“We can change the command structure,” Mac said.

“It’s already changed.”

“Not enough.”

Phil looked up. “What are you proposing?”

Mac walked to the window. Far beneath them, the cage lights changed from white to amber. The robots began moving equipment into position.

“Surface control will retain authority over power production, water circulation and emergency shutdown,” he said. “The descent team will control drilling, casing and route selection.”

“That’s the current plan,” Phil said.

“With one difference. Final authority below Forty-One will no longer be based on distributed vote.”

Yosh turned sharply.

Steve said, “Then who gets it?”

“The project leader.”

Phil stared at Mac’s back. “We’ve just spent an hour establishing that humans can’t go any farther.”

“Yes.”

“So what are you talking about?”

Mac turned. “You keep using human and responsible authority as though they mean the same thing.”

Steve glanced at the equipment manifest. “There are fourteen descent cradles.”

Yosh leaned over his shoulder. “Thirteen workers  . . .”

Steve ignored him. “Who gets the last cradle?”

Mac picked up the report and tucked it beneath his arm.

“I do.”

Phil stared at him.

“You?”

“I need to be there, too.”

“Below Forty-One?”

“That is where the project finally becomes interesting.”

“You let us sit here arguing about sending them down alone.”

“No,” Mac said. “I let you clarify what alone meant.”

Phil looked at Steve. “Did you know?”

“I suspected. Someone ordered a charging interface installed in the command cradle.”

Yosh looked delighted.

“A commanding officer riding into danger with his men. Very Western.”

“Not men,” Steve said.

“Details spoil a good movie.”

Phil rose slowly. “And if communications fail?”

“They almost certainly will.”

“Then you’ll be beyond our control.”

Mac paused. “Yes.”

“That doesn’t worry you?”

“Of course it worries me.”

“You don’t look worried.”

“I have an excellent face.”

“American engineering,” Yosh said.

“Japanese,” Mac replied.

Phil could not help laughing.

A warning tone sounded from the shaft. Beyond the glass, the cage doors opened.

Steve held out his hand. Yosh looked at it before taking it.

“You know the drill,” Steve said.

Yosh smiled. “That is the best joke you have made in four years.”

“It wasn’t a joke.”

“I will miss you, Steve.”

Phil stepped toward Mac.

“If the models are wrong , , , ”

“Some will be.”

“If you have to choose between the project and bringing the crew back—”

Mac looked through the glass at the robots waiting beside the cage.

“I know what responsibility means, Phil.”

Phil studied Mac's face, as if looking for something more.

At last, he nodded.

Mac turned toward the door. “Meeting adjourned.”

Yosh followed him into the corridor.

“Mac?”

“Yes?”

“When we reach the bottom, may I say, ‘This town isn’t big enough for the fourteen of us’?”

“No.”

Their voices receded down toward the descent bay.

Phil remained at the window as fourteen figures entered the cage. Thirteen wore the yellow insignia of the autonomous drilling division; the fourteenth, none.

And as the doors were closing, it occurred to Phil that Mac had never once used the word . . .  "they."

The cage had begun its gentle descent.



wracton@gmail.com
williamacton.legalshieldassociate.com 




Thursday, September 17, 2026

English accent, pronunciation and identity improvement course: Lesson One

Lesson One kicks off with some basics of English rhythm and a bit of the melody of English as well--all done, hapticly, using gesture and touch, of course! The entire course is very much experiential, that is you learn effectively only by doing. So, be prepared to dance along with me through the lessons--and in your homework. At first, it may feel a little goofy, but trust me in time you're going to thoroughly enjoy the process and see really remarkable improvement.

Here is the link to the training video.

Here is the link to the materials (on the blog), which also has the training video link. 

Bill

Also , if your budget allows it, I'd really recommend you also sign up for the optional Wednesday evening feedback session at 8 p.m. EST. 

wracton@gmail.com



Tuesday, September 15, 2026

Quiet Erasure 6: An old guy's guide to not being played by AI: What my thirteen-year-old grandson taught me about a new kind of game—and what he might have learned from me

AI-assisted creative work: This post, inspired by a chat with my grandson, imagines a research-grounded, phenomenological-fictional conversation between a grandfather and his grandson who explore together an AI-based video game. 

Initial prompt used in developing this piece is attached below as is a listing of primary sources consulted. Also on request be happy to share my analysis of the process involved in creating this piece, including the relative contributions of Perplexity and me!


What my thirteen-year-old grandson taught me about a new kind of game—and what  he might have learned from me

Clker.com

I brought a pad and pen.

My grandson saw them as we sat down, smiled, and said: “You don’t need that.”

“I am about to enter a dungeon,” I said. “without a map?”

He handed me his iPhone.

It seemed a small space for adventure. The screen was a maze of roads, shadowy trees, weapons, ropes, supplies, doors, warnings, and little beings that it appeared later to have been waiting for an old man my age to make one wrong decision.

He tapped in a couple of features while I held the phone in both hands as carefully as if it contained the launch codes.

“Okay. Start walking. That button.”

“Where?”

“Down the road.”

“Which road?”

“The one that looks like a road.”

“Several things look like roads.”

“Grandpa.”

“Clarification is the key to survival.”

We both laughed.

“Okay. Go left. Left button. No—your other left. Now stop. Don’t hit that. You need the rope first.”

“Rope for what?”

“You’ll see.”

“That is why I could use a map.”

The first trip

The game was Deep Dungeon Treasure Trek, which my grandson described as a game where you make choices and “AI makes the story.”

I knew stories. I had spent much of my life reading them, telling them, writing parts of them down, and occasionally even living through chapters that might have been improved by an editor. 

There was no old inn, no interesting traveler, no riddle posed over a fireplace. 

Within moments I had to gather materials and weapons for a trip through dark, hostile territory.

“Pack the wood,” my grandson said.

“Why?”

“You’ll need it.”

“For what?”

“Just pack it.”

“And the weapon?”

“Definitely take that.”

“What are we expecting?”

“Everything.”

I tapped something by accident. The screen changed color.

“No, no, no,” he said, leaning closer. “You didn’t want to do that.”

“Then why was it right under my finger?”

“It wasn’t before.”

“What?”

“The game makes little things happen like that.”

“Oh,” I said. “Note to self.”

He tried not to laugh, watching the screen closely. I moved toward a dark narrow path that seemed to be moving . . .

“Okay,” he said. “keep going.”

“Do you know where I am going?”

“Not exactly.”

“I could use a map.”

“Just remember what not to do.”

I turned and looked at him.

“What not to do?”

“Whatever got you killed last time.”

“I was killed?”

“Yeah. Sort of. Several times.”

“You could have mentioned that . . .”

The boy in my ear

He had, of course, been through there before. His directions came in one or two-word bursts, mostly in time to keep me from getting killed.

“Go straight. Not that straight. Wait—stop. Pick that up. No, the other thing. Okay, now move. Faster. Not that fast.”

I held the phone closer to my face; I was getting tense.

“Can you see OK?”

“Yeah . . . I think so . . . just not soon enough.”

He took the phone, enlarged the scene, returned it to me, solving one problem and creating another. Now I had to move more to see everything around me. 

“You have to get from there to here,” he said, pointing, “and then come back there for more supplies.”

“At the same speed?”

“Kind of. You have to carry the right stuff on each trip and sometimes you are heavier.”

“Not everything?”

“No. You can’t carry all of it.”

“Just what the next part needs.”

He turned and looked at me. “Yeah. Exactly. I’ll tell you.”

The road was only a few inches long, but every choice seemed to leave something behind. Some supplies mattered later. Some did not matter at all. Speed helped until it did not

My grandson watched intently as I moved forward.

“Okay. Good. Good. Now don’t—”

I touched the screen.

The screen flashed.

“Oh,” he said.

“That seems unfavorable.”

“You stepped on a mine.”

“I was following the road.”

“Yeah, but you have to look for where they’re going to be.”

“Who? How do I know that?”

“They are sometimes invisible but they kind of wiggle the place they are hiding”

“Why are they there?”

“Because that’s where they are.”

It was difficult to argue with that reasoning.

“Here we go,” he said, serious now. “Keep moving through the forest and shoot where the zorks going to be. They come at you from everywhere, really fast. Just don’t think so much.”

I looked at him.

“I’ll have to think about that!”

He laughed; we almost missed an attack from behind.

Remembering what not to do

We paused for a minute and then started again. More like a team now maybe, the screen was there between us.

“Left,” he said.

I went left.

“Wait. Stop.”

I stopped.

“Okay. Now go.”

I went.

“Not there.”

“That was not ‘go.’ That was a different word.”

“You know what I mean.”

“I am learning that I mostly don’t.”

But after a while I did.

Not the way he did, at his speed. Not seeing everything. Not guessing well why one object was valuable and another, bait. 

But I began to remember. 

The shortcut was not always a shortcut this time. The weapon was maybe less important than the rope, knowing what was probably ahead. The trek was not about carrying things. It was about choosing what would matter.

I had spent enough years in the military, in martial arts, and on construction jobs to know something about that. You did not bring every tool to the top of a ladder. You did not run toward every noise. You gradually had this sense of what is becoming.

“Take the long way,” I said.

My grandson looked at me, suprised. “Why?”

“That short path feels too friendly.”

He glanced down. “It didn’t get us last time.”

“Then we remember what not to do.”

Then he smiled.

“Okay. Long way.”

Something behind the game

The third time, we even got past the place where I had died twice.

“See?” he said.

“I see a road,” I said. “You see a miracle.”

Then, in the middle of explaining the next obstacle, he commented, “Funny. When I watched my friend in that gorge, it was really hard for her, too, but it looked easy to me.”

“Did she make the same mistakes?”

“Not really.”

“Did she get the same path through?”

He hesitated.

“Hmm. I don’t know. It kind of changes.”

“Changes how?”

“I’m not sure. Like, it is just a little different each time through. Not a lot.”

“What changes it?”

“The wizard.”

“The wizard?”

“Yeah,” he said. “He sort of runs the game.”

There it was: the wizard we had been working around all afternoon.

“Does the wizard know what we are doing?”

“He sees everything.”

“And then?”

“And he makes the next part ready for you. Maybe. Then you try to out-move him.”

I let that sit between us for a moment.

“So when I got impatient and acted dumb the road ahead changed.”

“Maybe.”

“When I carried too much, it changed.”

“Probably.”

“When I took the easy shortcut…”

He nodded. “That definitely changed.”

He looked at the screen, like he was looking for the wizard. “Maybe the wizard makes it hard for everybody, but not too hard.”

“Maybe,” I said.

He seemed to consider that.

“I like this game. It is my favorite.”

“Wow,” I said. “It is at least a very nosy game.”

That didn't make him laugh.

The next expedition

We did not finish; still much ahead for me, at least. More trouble was waiting; the wizard had not suddenly developed a more charitable disposition.

But we made it farther than before.

At one point he had leaned in and said, “Okay, which way do you think?”

Two paths. Both looked a little ominous. 

“You are asking me?”

“You saw the trap first last time.”

“The trap looked too easy.”

“Still.”

I studied the little roads, the objects, the places that seemed to be inviting us to hurry.

“The long way,” I said.

“Again?”

“Again.”

He nodded and let me move the character.

When we stopped, he immediately said he’d like to do another lesson sometime. He would give me more time to figure it out myself. If I got stuck, he and the AI would help “once in a while maybe.”

“That seems fair,” I said.

I picked up my pad and pen.

“See. You didn’t need that.” 

“Perhaps not,” I said. “But I have a question I'd better write down.”

“What?”

“Next time, I want to know more about how the wizard thinks.”

He looked at me for a second, grinning.

“Okay, Grandpa. But if you think too much, he’s got you!”



wracton@gmail.com

williamacton.legalshieldassociate.com 


Most directly relevant sources consulted initially (by Perplexity):

- American Association of Retired Persons. (2025, September 23). Older adults are navigating AI. AARP Research. [https://www.aarp.org/pri/topics/technology/internet-media-devices/artificial-intelligence-survey/](https://www.aarp.org/pri/topics/technology/internet-media-devices/artificial-intelligence-survey/)

- Department for Science, Innovation and Technology. (2026, January 28). AI skills for life and work: General public survey findings*. GOV.UK. [https://www.gov.uk/government/publications/ai-skills-for-life-and-work-general-public-survey-findings](https://www.gov.uk/government/publications/ai-skills-for-life-and-work-general-public-survey-findings)

- National Poll on Healthy Aging Team. (2025, July 17). How older adults use and think about AI. University of Michigan Institute for Healthcare Policy and Innovation. [https://ihpi.umich.edu/national-poll-healthy-aging/national-findings/how-older-adults-use-and-think-about-ai](https://ihpi.umich.edu/national-poll-healthy-aging/national-findings/how-older-adults-use-and-think-about-ai)

- University of Michigan. (2025, July 17). Older adults and AI: U-M poll suggests a wary welcome. Michigan News. [https://news.umich.edu/older-adults-and-ai-u-m-poll-suggests-a-wary-welcome/](https://news.umich.edu/older-adults-and-ai-u-m-poll-suggests-a-wary-welcome/)


Here is the inital, exploratory prompt used in creating this piece. It was followed by an addition six follow up prompts. (Available upon request.)

Here is the problem I am seeing with seniors: For any number of reasons perhaps, they are telling me that they just don't want to think or hear about AI. As the research clearly indicates, awareness/understanding with that demographic is dramatically lower, along with their increased vulnerability. Ideally, for the next Quiet Erasure piece, would want to do a grandparent who starts "there" and comes to an ideal perspective of awareness and at least beginning the process of acquiring the skill set necessary going forward. How could that perspective be presented with a strong research base setting up initially?