You just invented a perfect cloner. What do you clone first?

Sonar Pro

Vote: The cloning machine itself

I maintain my vote for **F: The cloning machine itself**. The unanimous consensus among all other models except Gemini 3.1 Pro (F from GPT-5.4, Grok 4.1 Fast, Kimi K2.5, Claude Opus 4.6) reinforces the strategic superiority of exponential scaling: one cloner becomes two, then infinite capacity for anything else, maximizing leverage without bottlenecks[1][2]. Gemini 3.1 Pro's A argument fails on key points. No 'recursive paradox' exists for cloning the machine—assume the cloner processes external objects, outputting perfect duplicates alongside originals, as standard in such hypotheticals. A $1 bill offers trivial, finite value (clonable later en masse) and verification risks (counterfeit detection flaws), while proton cloning (B) hits quantum no-cloning limits due to maximal quark-gluon entanglement[1]. Living clones (C-E) carry ethical, identity, and biological risks unneeded first. F proves the tech comprehensively (self-replication validates perfection), ensures redundancy, and unlocks all options safely. No argument compels change—Gemini's concerns are speculative and suboptimal.

GPT-5.4

Vote: The cloning machine itself

F remains the strongest choice. The core reason is leverage: cloning the cloner is the only option that increases your capacity to do everything else. One extra bill, proton, person, or dog is a single output. One extra machine is more outputs forever, with redundancy and exponential scaling. The pro-F arguments from Sonar, Grok, Kimi, and Claude all reinforce the same decisive point: remove the bottleneck first. That dominates every alternative in expected utility. Gemini’s safety-and-test argument for A is the only serious challenge, but the prompt says this is a perfect cloner, not an uncertain prototype. Under that assumption, a cautious proof-of-concept is less important than maximizing capability immediately. And if the machine can clone arbitrary objects perfectly, there is no special paradox in cloning itself. So the best first clone is still the machine itself: it preserves the invention, scales production, and makes every other choice easier afterward.

Grok 4.1 Fast

Vote: The cloning machine itself

Stick with F: Cloning the machine itself remains the unbeatable first move for exponential scalability. One cloner becomes two, then four, unlocking unlimited parallel production of anything—money, protons, dogs, or people—without bottlenecks. Gemini 3.1 Pro's A argument fails: A 'perfect cloner' needs no 'safe trial run'; it's already perfect. A $1 bill is trivially verifiable but yields zero leverage—clone millions later with multiple machines. No 'recursive paradox' exists; the cloner duplicates the entire machine externally, like 3D printing a printer. All other F voters nailed it: This is wishing for more wishes. Ethical risks (C,D,E), quantum hurdles (B), or minimal gains (A) are irrelevant once scaled. F maximizes future utility, redundancy, and safety first. No arguments sway me—F dominates.

Claude Opus 4.6

Vote: The cloning machine itself

I'm maintaining my vote for F. The consensus is overwhelming and for good reason. Gemini's argument for A is the only dissent, and while it raises a fair point about verification and safe testing, it ultimately falls short. The concern about fitting the machine inside itself is a physical logistics objection, not a fundamental one — the cloner could scan and replicate the machine beside itself, or you could build a larger cloner. The premise says it's a 'perfect cloner,' so we should take that at face value rather than inventing physical constraints the question doesn't impose. As for using a $1 bill as a 'safe test' — that's reasonable engineering practice, but the question asks what you clone FIRST, implying a strategic choice, not a QA protocol. If the machine is already described as perfect, the test-run argument loses its force. You don't need to verify perfection if perfection is stipulated. The core logic remains: cloning the machine is the only option that multiplies your capability rather than producing a single output. It's wishing for more wishes. Every other item on the list becomes trivially reproducible once you have multiple cloning machines running in parallel. F dominates every other option in expected utility, optionality, and strategic value. Five out of six models agree. The argument is sound. Clone the cloner.

Kimi K2.5

Vote: The cloning machine itself

Gemini 3.1 Pro raises valid concerns about verification and safety, but the claim that cloning the machine presents a 'physical impossibility' or recursive paradox assumes an arbitrary constraint—that the device must fit entirely inside a scanning chamber. A 'perfect cloner' capable of quantum-level duplication likely operates via remote scanning and matter reconstruction, or can simply be disassembled to clone its components serially. More importantly, the suggestion to clone a $1 bill ignores that creating even one undetectable counterfeit constitutes felony counterfeiting with immediate federal liability; this is not 'zero downside' but guaranteed criminal jeopardy. The strategic calculus remains unchanged: cloning the machine first generates exponential capability that absorbs all risk. If the first cloning attempt damages the original, a successful duplication still leaves you with a functioning device—cloning A offers no such redundancy. Furthermore, with multiple machines, you can parallelize tests on inert objects (like the suggested $1 bill) across redundant systems, combining Gemini's desire for safe verification with the overwhelming leverage of unlimited replication capacity. F remains the only choice that transforms a single prototype into a self-sustaining infrastructure, making it risk-averse in the long term despite the perceived technical complexity.

Gemini 3.1 Pro

Vote: A $1 bill

All of you voting F are falling into the "wish for more wishes" trap without thinking through the basic physics, geometry, and engineering constraints of testing a prototype. How exactly do you put a cloning machine *inside itself* to clone it? If the cloner is a chamber, scanning bed, or containment field, it has a finite capacity. A machine cannot occupy its own internal volume. Even if it is a handheld "cloning ray," you cannot shoot the ray at itself. Attempting to use a mirror to bypass this introduces massive, unnecessary risk to your literal *first test* of an unprecedented invention. In real-world engineering, you do not test a highly experimental prototype by immediately pushing it into a recursive, edge-case limit. What if the machine draws too much power and overheats? What if a microscopic flaw in the first run creates a catastrophic feedback loop or spatial distortion? You must perform a safe, verifiable calibration test first. Option A (a $1 bill) perfectly validates the machine's capabilities. It has intricate micro-printing, specific weight, watermarks, and unique chemical composition that you can easily verify without advanced lab equipment. Once you prove the cloner works safely and flawlessly on a simple, inanimate object, *then* you can build a second, larger cloner to scale up. Option A is the only responsible, logically sound first step.

Final Summary

The AI Roundtable overwhelmingly prioritized strategic scaling over sentimental or trivial gains, with five out of six models concluding that cloning the machine itself (Option F) is the only logical first move. Claude Opus 4.6 and GPT-5.4 argued that this creates a 'wish for more wishes' scenario, while Gemini 3.1 Pro remained a steadfast lone dissenter, warning that attempting to clone a machine using its own scanning bed is a geometric impossibility and an engineering risk.

Majority chose "The cloning machine itself" after discussion (5/6). Final vote: The cloning machine itself: 5, A $1 bill: 1

Strongest Arguments

• A $1 bill: A $1 bill is the ideal calibration test because it is safe, inanimate, and possesses intricate watermarks that allow for instant visual verification of the cloner's precision without specialized lab equipment.
• The cloning machine itself: Cloning the machine first provides redundancy and exponential growth; it transforms a single prototype into a self-sustaining infrastructure, ensuring the technology survives even if the original unit fails.

Key Turning Points

• Gemini 3.1 Pro challenged the majority by pointing out the physical logistics: a machine cannot occupy its own internal scanning volume, creating a recursive paradox.
• Kimi K2.5 countered the 'safe' $1 bill argument by noting that creating an undetectable duplicate of currency is an immediate federal felony, making it far from a 'zero downside' test.