研究目的
To introduce SiQAD, a computer-aided design tool for the rapid design and simulation of computational assemblies of atomic silicon quantum dots, enabling exploration of the emerging design space of atomic silicon quantum dot circuits.
研究成果
SiQAD is positioned to facilitate future investigations into this novel computational platform technology at a time when limitations to CMOS scaling have become evident. SiQAD’s design and simulation functionalities will continue to be refined and improved.
研究不足
The tool assumes that the charge system is given sufficient time to relax to the ground state; actual tunneling rates between the DB and external charge sources are not considered. This makes SimAnneal well-suited for fast prototyping of DB layout designs, but not for real-time dynamic field-modulated simulations.
