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Integrated photonics - 5PMNPIN0

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  • Number of hours

    • Lectures : 16.0
    • Tutorials : 8.0
    • Laboratory works : 0
    • Projects : 0
    • Internship : 0
    ECTS : 2.0

Goals

This course has a double objective: first, to provide the fundamental theoretical elements to understand the operation and design of waveguides in integrated photonics; second, to introduce the elementary functions of integrated photonics as well as the methods to combine them to realize real photonic integrated circuits.

Contact Jean-Emmanuel BROQUIN

Content

  • Introduction: historical background and examples of applications of integrated photonics
  • Part 1: Optical waveguides
    --Maxwell's equations and wave equations
    --The asymmetric plane guide
    --Channel guides
    --Properties of guided modes
    --Overview of radiated modes
  • Part 2 : elementary functions
    --the directional coupler
    --the Y junction
    --the Mach-Zenhder interferometer
    --the Bragg reflector


Prerequisites

fundamentals of electromagnetism
use of rotational, laplacian, gradient and divergence operators
mastery of vector space concepts: eigenvalues and eigenvectors.

Tests

open book written exam 2h
calculators are authorized.
Session 1 exam : DS1
if session 1 fail, session 2 exam (DS2) in the same conditions as DS1



Contrôle continue : CC
Examen écrit Session1 : DS1
Examen écrit Session 2 : DS2
N1 = Note finale session 1
N2 = Note finale session 2

En présentiel :
N1 = % max(TdE, CC) + % DS1
N2 = % max(TdE, CC) + % DS2

En distanciel :
N1 =
N2 =

Commentaire :

Additional Information

Curriculum->Engineering degree->Semester 9
Curriculum->Double-Diploma Engineer/Master->Semester 9

Bibliography

Fundamentals of Photonics, Saleih and Teich, Wiley and Sons
Electromagnetic principles of Integrated Optics, Donald L. Lee.
Encyclopedic Handbook of Integrated Optics, Edited by Kenichi IGA and Yasuo Kokubun, Taylor and Francis

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Date of update October 14, 2019

Université Grenoble Alpes