Qubit Scalability Interest and QRAM

I have been wondering about the feasibility of replicating a Von Neumann architecture with a quantum computer. I recently read an interesting paper on the topic, "A Quantum von Neumann Architecture for Large-Scale Quantum Computing" (https://arxiv.org/pdf/1702.02583), and it proposes a means for this to happen with thousands of trapped ions. While it was written in 2017, I think there are many applicable considerations that have held up, including ideas related to quantum RAM. One thing I am curious about is whether superconducting quantum computers would be capable of having a "traditional" quantum RAM method, and if there are current methods to address that? For example, trapped ions it make a lot more sense due to the ability to physically transport the qubits and perform operations in localized sections of the device. However, solid-state quantum computing paradigms like sc qc do not have the option, and the alternatives (that I can think of at least) would require significantly increased coherence time and resilience to noise, which sc qubits are famously not very good at (yet). Does anyone have thoughts on this topic, or can they refer me to papers that address the issue of memory/qubit "transport" in solid-state quantum computing devices? submitted by /u/GreenEggs-12 [link] [comments]