Monolithic Nanoscale Photonics-Electronics Integration in Silicon and Other Group IV Elements

<p>Introduction: Scope and purpose of the book </p> <p>1. Metal oxide semiconductor field effect transistors</p> <p>Part one The basics of Metal oxide semiconductor field effect transistors</p> <p>Part two: Strain engineering in group IV materials </p> <p>Part three: Chemical vapor deposition (CVD) of group IV materials</p> <p>Part four: Improvement of the channel mobility</p> <p>2. Basics of integrated photonics </p> <p>3. Silicon and group IV photonicsPart One: Silicon photonic elements for integrated photonics </p> <p>Part two: Bandgap engineering in group IV materials for photonic application</p> <p>Part three: Group IV-based detectors and lasers</p> <p>Part four: Graphene, new photonic material</p> <p>4. Moore’s law for photonics and electronics</p> <p>5. Approaches for monolithic integration of group IV based photonics and electronics circuits, current status and visions for the future Part one: Light emitting sources in Si as photonic material</p> <p>Part two: Competing and complementing technologies and materials to an all group IV based photonics approach</p> <p>Authors’ final words</p>