نتایج جستجو برای: four gates

تعداد نتایج: 638433  

2018
Matthew Reagor Christopher B Osborn Nikolas Tezak Alexa Staley Guenevere Prawiroatmodjo Michael Scheer Nasser Alidoust Eyob A Sete Nicolas Didier Marcus P da Silva Ezer Acala Joel Angeles Andrew Bestwick Maxwell Block Benjamin Bloom Adam Bradley Catvu Bui Shane Caldwell Lauren Capelluto Rick Chilcott Jeff Cordova Genya Crossman Michael Curtis Saniya Deshpande Tristan El Bouayadi Daniel Girshovich Sabrina Hong Alex Hudson Peter Karalekas Kat Kuang Michael Lenihan Riccardo Manenti Thomas Manning Jayss Marshall Yuvraj Mohan William O'Brien Johannes Otterbach Alexander Papageorge Jean-Philip Paquette Michael Pelstring Anthony Polloreno Vijay Rawat Colm A Ryan Russ Renzas Nick Rubin Damon Russel Michael Rust Diego Scarabelli Michael Selvanayagam Rodney Sinclair Robert Smith Mark Suska Ting-Wai To Mehrnoosh Vahidpour Nagesh Vodrahalli Tyler Whyland Kamal Yadav William Zeng Chad T Rigetti

We show that parametric coupling techniques can be used to generate selective entangling interactions for multi-qubit processors. By inducing coherent population exchange between adjacent qubits under frequency modulation, we implement a universal gate set for a linear array of four superconducting qubits. An average process fidelity of ℱ = 93% is estimated for three two-qubit gates via quantum...

2014
Colin McDonnell

This paper describes a new method of retroactively programming a genetic circuit to exhibit the behavior of one of four logic gates (AND, OR, NAND, and NOR) using pulses of light. These pulses must occur after DNA transfection into the host cell. The pulses of light deactivate a photosensitive kinase, inhibiting phosphorylation. Using this effect, we can control the transcription of recombinase...

Journal: :IACR Cryptology ePrint Archive 2014
Meltem Sönmez Turan René Peralta

A generic way to design lightweight cryptographic primitives is to construct simple rounds using small nonlinear components such as 4x4 S-boxes and use these iteratively (e.g., PRESENT [1] and SPONGENT [2]). In order to efficiently implement the primitive, efficient implementations of its internal components are needed. Multiplicative complexity of a function is the minimum number of AND gates ...

Journal: :Inf. Comput. 1998
Alexis Maciel Denis Thérien

Constant-depth polynomial-size threshold circuits are usually classi ed according to their total depth. For example, the best known threshold circuits for iterated multiplication and division have depth four and three, respectively. In this paper, the complexity of threshold circuits is investigated from a di erent point of view: explicit AND, OR gates are allowed in the circuits, and a thresho...

1998
PINAKI MAZUMDER SHRIRAM KULKARNI MAYUKH BHATTACHARYA JIAN PING SUN GEORGE I. HADDAD

Many semiconductor quantum devices utilize a novel tunneling transport mechanism that allows picosecond device switching speeds. The negative differential resistance characteristic of these devices, achieved due to resonant tunneling, is also ideally suited for the design of highly compact, self-latching logic circuits. As a result, quantum device technology is a promising emerging alternative ...

2009
S. V. Nair S. Tarucha

We study level mixing in the single particle energy spectrum of one of the constituent quantum dots in a vertical double quantum dot by performing magneto-resonant-tunneling spectroscopy. The device used in this study differs from previous vertical double quantum dot devices in that the single side gate is now split into four separate gates. Because of the presence of natural perturbations caus...

2016
Benjamin Groves Yuan-Jyue Chen Chiara Zurla Sergii Pochekailov Jonathan L. Kirschman Philip J. Santangelo Georg Seelig

DNA strand displacement has been widely used for the design of molecular circuits, motors, and sensors in cell-free settings. Recently, it has been shown that this technology can also operate in biological environments, but capabilities remain limited. Here, we look to adapt strand displacement and exchange reactions to mammalian cells and report DNA circuitry that can directly interact with a ...

1995
Christof Paar Nikolaus Lange

This contribution describes a comprehensive comparison of bit parallel nite eld multipliers. Four diierent multipliers in standard, dual, and normal base together with a relatively new approach which uses composite elds are compared. Four diierent eld orders from 2 8 to 2 32 are investigated. A high practical relevance is assured by using a highly automated design process and sea-of-gates chip ...

2008
Tom Minka John M. Winn

Gates are a new notation for representing mixture models and context-sensitive independence in factor graphs. Factor graphs provide a natural representation for message-passing algorithms, such as expectation propagation. However, message passing in mixture models is not well captured by factor graphs unless the entire mixture is represented by one factor, because the message equations have a c...

The electrical properties and rectification behavior of the graphene self-switching diodes by side gates doping with nitrogen and boron atoms were investigated using density functional tight-binding method. The devices gates doping changes the electrical conductivity of the side gates and the semiconductor channel nanoribbons. As a result, the threshold voltage value under the forward bias is s...

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