Eletromagnetic Simulation of Initially Charged Structures With a Discharge Source

Stokes parameters are a standard tool in quantum optics. They involve averaged intensities at exits of polarizers. If the overall measured intensity fluctuates, as e.g. for states with undefined photon numbers, the instances of its increased value contribute more to the parameters. One can introduce normalized quantum Stokes operators. Operationally, for a given single run of the experiment, their values are differences of measured intensities (or photon numbers) at the two exits of a polarizer divided by their sum. Effects of intensity fluctuations are removed. Switching to normalized Stokes operators results in more sensitive entanglement conditions. We also show a general method of deriving an entanglement indicator for optical fields which use polarization correlations, which starts with any two-qubit entanglement witness. This allows to vastly expand the family of such indicators.

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“…The approach can be extended to multi-party situations, and beyond polarization measurements, see our eprints [15] and forthcoming manuscripts.…”

Section: Final Remarksmentioning

confidence: 99%

Normalized Stokes operators for polarization correlations of entangled optical fields

2017

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“…During last a couple of years, there has been huge progress in oxide TFT technology. Several factors affecting the bias stability of oxide TFT have been reported 4,5 and electrically high stable oxide TFTs could be obtained. 6 Figure 1 shows bias stability of transparent top gate AZTO TFT and bottom gate ZITO TFT developed by our group.…”

Section: Transparent Oxide Tftmentioning

confidence: 99%

18.1: Invited Paper: Oxide TFT Driving Transparent AMOLED

Park

Ryu

Yang

et al. 2010

Symp Digest of Tech Papers

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We have fabricated 3.2″ QVGA transparent AMOLED by integrating photostable top gate IGZO TFT array and highly transparent OLED. The photostability of oxide TFT was investigated under constant gate bias and constant current CC stress to explore the possibility of OLED application. After 40 hours CC stress of 10 μA with halogen lamp illumination, the ΔVth was just − 0.22 V while that obtained under dark was + 0.1 V. with newly designed OLED cathode and transparent getter we increase OLED transmittance up to 80% with keeping resistance of cathode at 6 Ω;/□. Outdoor stability of OLED and oxide TFT make transparent AMOLED viable in the real market.

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“…Niayesh et al [14] used mathematical modeling to simulate the low-pressure breakdown under different electrode geometries. Manuscript Hendriks et al [15] and Ryu et al [16] used computer simulation techniques for the purpose of dynamic simulation of the switch. Wang et al [17] used ANSYS software for electrodynamic modeling.…”

Section: Introductionmentioning

confidence: 99%

Development of Transfer Function Model and Analysis of the Peaking Capacitor and Switch

Bindu¹,

Mangalvedekar²,

Sharma

et al. 2013

IEEE Trans. Plasma Sci.

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This paper discusses the development and analysis of a transfer function model of the peaking capacitor and peaking switch for an input from Marx generator and an output across load. The effect of variations of gap distance, pressure, peaking capacitor, and the input pulse rise time on the rise time of the output pulse is simulated using this model. For a given geometry, the modeling gives an optimum input pulse rise time and the effect of variation of peaking capacitor on various output parameters. The results obtained from modeling are validated with the experimental results.

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Eletromagnetic Simulation of Initially Charged Structures With a Discharge Source

Cited by 12 publications

References 9 publications

Normalized Stokes operators for polarization correlations of entangled optical fields

Normalized Stokes operators for polarization correlations of entangled optical fields

18.1: Invited Paper: Oxide TFT Driving Transparent AMOLED

Development of Transfer Function Model and Analysis of the Peaking Capacitor and Switch

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