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  "documentTitle": "IonQ Inc. (IONQ)",
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      "text": "ion traps are not \"going to solve any real-world problem.\"",
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      "text": "Coupling traps together is essentially impossible with acceptable error rates and fidelities",
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      "text": "Source: Scorpion Capital consultation calls with experts",
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      "text": "“Their biggest drawback is scaling... they're not going to solve any real-world problem.” – IBM quantum computing researcher",
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      "text": "“The number one thing is that these traps don't actually scale infinitely with the number of ions you can trap... coupling them is that is low fidelity... it's not even very close to zero right now.” – Ex-IonQ employee",
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      "text": "Q: “And you're saying there's a fundamental flaw... it breaks down after 100 qubits.” A: “100-ish qubits, that's right.” – Leading quantum computing scientist",
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      "text": "\"The limitation is that you want to get the fidelity of that two-qubit interaction as close to zero as possible, and it's not even very close to zero right now. And it hasn't been for many years.\" — Ex-IonQ employee, member of technical staff; \"100-ish qubits, that's right.\" — Leading quantum computing scientist; \"they're not going to solve any real-world problem.\" — IBM quantum computing researcher with expertise in ion-traps",
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      "text": "An ex-employee explained in detail why coupling traps is essentially impossible. A leading scientist and longtime friend of IonQ’s founders corroborated that their entire approach simply breaks down, with an ion trap expert in IBM’s quantum computing group stating bluntly that ion traps are not “going to solve any real-world problem.”",
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