Robert G. Farrell, Catalina M. Danis, et al.
RecSys 2012
This paper present new complementary logic circuits that exploit an intrinsic bistability in nanoscale coupled open quantum systems such as wells and wires. When operated with a multiple-phase split-level clocking scheme, the device can latch a binary digit while meeting gain, tolerance, and I/O decoupling requirements at the same time, which was difficult with conventional back-to-back negative differential resistance devices. This same structure in a dual-rail configuration can function as a complete set of classical logic circuits by changing only the connections of the input signals. When these circuits are combined to form a sequential circuit, low power operation is expected, thanks to better voltage scaling, a zero-standby-power equalized state, and efficient charge recycling. © 2005 IEEE.
Robert G. Farrell, Catalina M. Danis, et al.
RecSys 2012
Michael Ray, Yves C. Martin
Proceedings of SPIE - The International Society for Optical Engineering
Nanda Kambhatla
ACL 2004
Alessandro Morari, Roberto Gioiosa, et al.
IPDPS 2011