Highly Influenced

# Toward a Scalable , Silicon-Based Quantum Computing Architecture

@inproceedings{Copsey2001TowardAS, title={Toward a Scalable , Silicon-Based Quantum Computing Architecture}, author={Dean Copsey and Mark Oskin and Francois Impens and Tzvetan Metodiev and A. Cross and Frederic T. Chong and Isaac L. Chuang and John Kubiatowicz}, year={2001} }

- Published 2001

Advances in quantum devices have brought scalable quantum computation closer to reality. We focus on the system-level issues of how quantum devices can be brought together to form a scalable architecture. In particular, we examine promising silicon-based proposals. We discover that communication of quantum data is a critical resource in such proposals. We find that traditional techniques using quantum SWAP gates are exponentially expensive as distances increase and propose quantum teleportation… CONTINUE READING

#### From This Paper

##### Figures, tables, and topics from this paper.

#### Citations

##### Publications citing this paper.

#### Citation Statistics

#### 96 Citations

Citations per Year

Semantic Scholar estimates that this publication has

**96**citations based on the available data.See our **FAQ** for additional information.