Monte Carlo simulations

A Theory of Misperception in a Stochastic Dominance Framework and its Application to Structured Financial Products

In this paper, the mechanism of misperception leading retail investors to investment choices,
which are not the most profitable, is studied in a stochastic dominance framework
from a theoretical perspective and supported by an extensive numerical analysis.
The theoretical contribution of the paper consists in the introduction of a specific definition of
stochastic dominance, to capture the effects of an asymmetric trend-type misperception. Such a
novel conceptualization is consistent with the perspective here adopted, i.e. the misperception

Low power photonic devices based on electrically controlled nematic liquid crystals embedded in poly(dimethylsiloxane)

We present a new class of photonic devices in which light is confined in channel waveguides, named LC:PDMS, made of a nematic liquid crystal (LC) core in a poly(dimethylsiloxane) flexible substrates. Monte Carlo techniques have been used to study LC orientation. Homeotropic alignment of LC molecules has been observed without any applied electric field. A theoretical study of LC orientation under an electric field between coplanar gold electrodes deposited by electroplating has been carried.

Optical waveguides and tunable devices made of a liquid crystal core in PDMS channels

We present photonic devices based on a nematic liquid crystals (NLC) infiltrated in polydimethylsiloxane (PDMS) channels, named LC:PDMS waveguides, for flexible photonic integrated circuits. A simulation study of the NLC ordering and possible defects under an electric field between coplanar gold electrodes has been carried out by a Monte Carlo approach.

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