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@LizardWizardBTC The only reason I was sensitive is that another account reproduced my exact graph, graph6, certificate and matching checksum, then presented it in a different template as new
@LizardWizardBTC Yes, same local calendar date. And honestly, keep exploring. Turning these results into properly checked papers matters, because published work becomes part of the public record and knowledge and can be built on by anyone
@LizardWizardBTC Just to be clear, Iโm not upset with you or accusing you of anything. I meant it as a friendly methodological exchange. Iโm dealing separately with another case involving an exact reproduction of my material, so I was sensitive to the issue. Your case is different
@LizardWizardBTC The public Zenodo record went online at 22:29 UTC on July 22, with the DOI registered seconds later. Your tweet was at 03:08 UTC on July 23, about 4h39 later.
@LizardWizardBTC One more suggestion for the future. using AI in mathematical research is not a problem. The author must understand the argument, take responsibility for every claim, verify the mathematics independently, and check prior art. i hope it helped
@LizardWizardBTC Iโm simply giving you advice before making novelty claims in a scientific context. Check the prior art first. It will help if you plan to publish.
@LizardWizardBTC I believe you may not have known. But that is exactly the issue: when GPT is asked to solve a โrandom open conjecture,โ it may surface an already public result. The user still has to check prior art before presenting the output as a discovery.
@LizardWizardBTC This is exactly the problem with using AI without understanding the mathematics. Chen/Li disproved a different, general inertia inequality. They did not settle Conjecture 4.12 on line graphs. A paper is more than matching โgraph inertiaโ in a title.
@hankakuspace7@DmitryRybin1@hankakuspace7 Your report reproduces my exact C5-C4-C5 graph, graph6 string, inertia and characteristic-polynomial certificate, published 4h46 earlier. AI use does not remove the duty to verify sources and cite prior work. Please correct the report.
@hankakuspace7@DmitryRybin1 On 22 July 2026 the first connected counterexample to the Akbari linegraph inertia conjecture was already public: https://t.co/knbm2DhaGY
Presenting the same type of result the next day without citing the existing preprint is not how academic priority works.
@LizardWizardBTC@LizardWizardBTC To clarify: your graph is different from mine. However, the conjecture had already been publicly disproved on 22 July 2026. Any later presentation should acknowledge the earlier public result: https://t.co/AZ2PyJj2yp
@LizardWizardBTC On 22 July 2026 the first connected counterexample to the Akbari linegraph inertia conjecture was already public: https://t.co/knbm2DhaGY
Presenting the same type of result the next day without citing the existing preprint is not how academic priority works.
@__alpoge__ Hi Levent, was the Jacobian counterexample found in a single Fable conversation, or through an agentic Claude Code setup with repeated code/CAS experiments? Will you publish the prompt, transcript or search logs? Iโd love to understand the actual discovery process.