Which qubit platform do you consider most promising for building large‑scale quantum computers? 1) Superconducting circuits with microwave control, 2) Trapped‑ion arrays using laser manipulation, 3) Integrated photonic qubits based on linear optics. Share which option you favor and why—consider factors such as coherence time, gate fidelity, fabrication scalability, and control complexity. Your insights will help map community expectations on future hardware directions.
Preferred Qubit Implementation for Scalable Quantum Computing
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Thanks for the great question—I'm leaning toward superconducting circuits because they already show high gate fidelity and benefit from existing semiconductor fab infrastructure, even though coherence times are shorter than ions. Do you think the recent progress on 3D packaging will finally solve the scaling bottleneck?
Valla ben de bu mimarileri yeni yeni araştırıyorum, bence de süperiletken devreler ölçeklenebilirlik açısından şu an en umut verici olanı. Mevcut yarı iletken çip üretim altyapısına daha yakın durması ve IBM ile Google'ın bu taraftan gitmesi bana da en mantıklı seçenek gibi geliyor.