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Welcome to simphotonics.com, a site offering resources related to mathematical and numerical modelling, computer simulation and data visualisation. The examples presented on this site are related to the simulation of photonic and opto-electronic devices: wave-guides. Based on quantum dots. Follow the links below for a brief introduction to the topic of numerical modelling and simulation. Alternatively, use the top navigator or the search field to explore the site. How it is related to numerical modelling.

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Welcome to simphotonics.com, a site offering resources related to mathematical and numerical modelling, computer simulation and data visualisation. The examples presented on this site are related to the simulation of photonic and opto-electronic devices: wave-guides. Based on quantum dots. Follow the links below for a brief introduction to the topic of numerical modelling and simulation. Alternatively, use the top navigator or the search field to explore the site. How it is related to numerical modelling.

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SIMPHOTONICS - Home | simphotonics.com Reviews

https://simphotonics.com

Welcome to simphotonics.com, a site offering resources related to mathematical and numerical modelling, computer simulation and data visualisation. The examples presented on this site are related to the simulation of photonic and opto-electronic devices: wave-guides. Based on quantum dots. Follow the links below for a brief introduction to the topic of numerical modelling and simulation. Alternatively, use the top navigator or the search field to explore the site. How it is related to numerical modelling.

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SIMPHOTONICS - Intro Numerical Simulation

http://www.simphotonics.com/introNumericalSimulation.php

Introduction to Numerical Simulation. A numerical simulator is the actual implementation of a numerical model. Using source code that can be interpreted and executed by a processor. Simulation software based on complex mathematical models requiring high performance computation is typically written in C, C , and Fortran. Other languages used to program simulators are Java (platform independant) or scripting languages like Matlab, Mathematica, Maple. What hardware is required? Is graphical output required?

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SIMPHOTONICS - Bloch Equations

http://www.simphotonics.com/resources/blochEquations.php

Bloch Equations: QD Active Medium. Bloch Equations: Quantum Dot Active Medium. Overview: In the following, we show how to describe carrier capture and recombination in a semiconductor nano-scale quantum dot (QD) structure. We also present equations of motions related to the material polarisation induced by electron and holes captured into QDs. The model is based on Maxwell-Bloch equations and takes into account the following effects:. Of electrons and holes with photon emission. Including effects like li...

3

SIMPHOTONICS - Intro Mathematical Modelling

http://www.simphotonics.com/introMathematicalModelling.php

A description of a system using the language of mathematics is called a mathematical model. Many processes occurring in nature can be modelled using partial differential equations. Together with a set of suitable boundary conditions. As an example we choose the stimulated emission of light in a quantum dot (QD) semiconductor laser. The figure on the right shows the process of stimulated photon emission. Hovering the mouse cursor. On the QD band diagram on the right will start a short animation. Scientist...

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SIMPHOTONICS - Modelling Resources

http://www.simphotonics.com/resources/modellingResources.php

Resources: Mathematical and Numerical Modelling. This page contains an overview of the mathematical models. Added to this site. Animations, graphs) related to quantum dot lasers and amplifiers can be viewed here. Click on one of the following links for a brief introduction. Model of a semiconductor double hetero-structure wave-guide describing counter-propagating optical fields. How to describe an ensemble of inhomogeneously broadened quantum dots using a statistical approach. Simulation results showing ...

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SIMPHOTONICS - Home

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Welcome to simphotonics.com, a site offering resources related to mathematical and numerical modelling, computer simulation and data visualisation. The examples presented on this site are related to the simulation of photonic and opto-electronic devices: wave-guides. Based on quantum dots. Follow the links below for a brief introduction to the topic of numerical modelling and simulation. Alternatively, use the top navigator or the search field to explore the site. How it is related to numerical modelling.

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Welcome to simphotonics.com, a site offering resources related to mathematical and numerical modelling, computer simulation and data visualisation. The examples presented on this site are related to the simulation of photonic and opto-electronic devices: wave-guides. Based on quantum dots. Follow the links below for a brief introduction to the topic of numerical modelling and simulation. Alternatively, use the top navigator or the search field to explore the site. How it is related to numerical modelling.

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