C002 - Entanglement of qubits using dissipative engineering has previously been demonstrated usi...
Verdict: verified
Location: Introduction
Type / expected artifact: citation / citation
Claim: Entanglement of qubits using dissipative engineering has previously been demonstrated using trapped ions [Barreiro2011, Lin2013], atomic ensembles [Krauter2011], and superconducting circuits [Shankar2013, Liu2016, Kimchi-Schwartz2016].
Models: extraction claude-opus-4-8; verification gpt-5; verification_chain claude-opus-4-8 -> gpt-5; verdict_chain verified -> verified.
Source location(s): source/main.tex:81 (Introduction).
Conclusion
Multi-reference platform attribution. All six cited works fetched as full-text arXiv PDFs (pdftotext) and each verbatim passage confirms experimental dissipative-engineering entanglement in its stated platform: trapped ions = Barreiro2011 (arXiv:1104.1146, 'dissipative preparation of entangled states') and Lin2013 (arXiv:1307.4443, 'engineered dissipation to ... produce and stabilize an approximate Bell state of two trapped-ion qubits'); atomic ensembles = Krauter2011 (arXiv:1006.4344, 'dissipation continuously generates entanglement between two macroscopic objects ... engineering the dissipation'); superconducting circuits = Shankar2013 (arXiv:1307.4349, autonomous feedback / engineered coupling to a dissipative reservoir stabilizing a Bell state of two superconducting qubits), Liu2016 (arXiv:1509.00860, 'passive reservoir engineering' driven-dissipative entanglement stabilization) and Kimchi-Schwartz2016 (arXiv:1511.00702, 'dissipative stabilization of entanglement between two superconducting transmon qubits' via bath engineering). All three platform classes confirmed. Conclusion: attribution fully supported.
Verification details
Citation evidence excerpt: All six cited works, across all three platform classes, were fetched as full text and each verbatim passage explicitly reports an experimental demonstration of entanglement via dissipative/reservoir/bath engineering in the stated platform. The multi-reference attribution is fully supported. VERDICT: verified (no limitations; all classes confirmed by full-text, not abstract-only - the quoted passages are the authors' own abstract/intro statements within the full fetched papers).