This paper describes the fabrication, characterization and modeling of fundamental logic gates that can be used for designing biosensors with embedded forward error-correction (FEC). The proposed logic gates (AND and OR) are constructed by patterning antibodies at different spatial locations along the substrate of a lateral flow immunosensor assay. The logic gates operate by converting binding ...

In this paper we investigate single electron tunneling (SET) devices from the logic design perspective, using the SET tunnel junction’s ability to control the transport of individual electrons. More specifically, we focus on the implementation of a family of Boolean Single Electron Encoded Logic (SEEL) gates, in which the logic values 0 and 1 are encoded as a net charge of 0 or 1 electron charg...

A new side-contacted field effect diode (S-FED) structure has beenintroduced as a modified S-FED, which is composed of a diode and planar double gateMOSFET. In this paper, drain current of modified and conventional S-FEDs wereinvestigated in on-state and off-state. For the conventional S-FED, the potential barrierheight between the source and the channel is observed to b...

In this paper, we show realization of macrolevel ternary reversible 2-qudit Feynman gate, 3-qudit controlled Feynman gate, and 3-qudit Toffoli gates using ternary reversible 1-qudit gates and 2-qudit Muthukrishnan-Stroud gates, which are theoretically realizable using quantum technology such as liquid ion trap [10]. Then we show the design of ternary reversible multiplexer and demultiplexer usi...

The problem of forming validation regions or gates for new sensor mea surements obtained when tracking targets in clutter is considered Target dynamics and measurement characteristics are modeled with possible non Gaussianities or nonlinearities so that some degree of approximation is usually required in the computation of the ltering densities for the target position and predictive densities f...

We proposed and analyzed implementation of the single-qutrit quantum gates based on stimulated Raman adiabatic passage (STIRAP) between magnetic sublevels in atoms coupled by pulsed laser fields. This technique requires only the control of the relative phase of the driving fields but do not involve any dynamical or geometrical phases, which make it independent of the other interaction details: ...

Quantum processors use the native interactions between effective spins to simulate Hamiltonians or execute quantum gates. In most processors, are pairwise, limiting efficiency of controlling entanglement many qubits. The capability manipulating generated by higher-order is a key challenge for simulation Hamiltonian models appearing in various fields, including high-energy and nuclear physics, a...

We describe a method for achieving arbitrary 1-qubit gates and controlled-NOT gates within the context of the Single Cooper Pair Box (SCB) approach to quantum computing. Such gates are sufficient to support universal quantum computation. Quantum gate operations are achieved by applying sequences of voltages and magnetic fluxes to single qubits or pairs of qubits. Neither the temporal duration, ...