Updated material can be found in the Beep page of the Photonic Devices Course
The password to read the material will be given during the lessons.
– Lecture Notes (in Italian)
– Lecture Notes (in English)
– Photonics Devices – Introduction
– Photonics Devices – Overview
– Waveguides
– Waveguide characteristics
– Real Photonic waveguides
– Fiber to waveguide coupling
– Couplers, Mach-Zehnder and Rings
– Photonic 21 Roadmap
– Surface Grating
– Beam Propagation Method
– Fabrication technologies
– Fabrication technologies – slides
– Waveguide exercise
– Exercise – waveguide and Mach-Zehnder
– Arrayed Waveguide Gratings
– Ring resonators
– Ring router
– BER and rings
– Optical Isolators
– Advance on Optical Isolators
– Bragg Gratings
– Optical Modulators
– Advanced Modulation Formats
– Optical Interconnects
– Optical Interconnects (publications)
– Silicon Photonics
– Active materials
– InP photonics
– Control Layer
– Foundries and Circuit approach
– Reducing energy and increasing capacity by David Miller (Milan talk)
– Better and faster assembly and testing, FiconTEC – (Photonics testing)
– From singulated devices to wafer level testing, FiconTEC – (Photonics testing)
– Photonic Devices Technologies – Milesi
– SiON-SiOC technologies – Milesi
Reference books:
Lecture Notes
T. Tamir, “Guided wave optoelectronics”, 1990
C-L. Chen, “Foundations for guided-wave optics”, Wiley, 2007
C. Madsen, J. Zhao, “Optical Filter Design”, Wiley 2007