Download Applied Digital Optics: From Micro-Optics to Nanophotonics by Bernard C. Kress, Patrick Meyrueis PDF

By Bernard C. Kress, Patrick Meyrueis

Miniaturization and mass replications have all started to guide the optical within the transition from conventional analog to novel electronic optics. As electronic optics input the world of mainstream expertise in the course of the around the world sale of purchaser digital units, this well timed booklet goals to provide the subject of electronic optics in a unified method. starting from micro-optics to nanophotonics, and layout to fabrication via to integration in ultimate items, it reports many of the actual implementations of electronic optics in both micro-refractives, waveguide (planar lightwave chips), diffractive and hybrid optics or sub-wavelength buildings (resonant gratings, floor plasmons, photonic crystals and metamaterials). eventually, it offers a entire checklist of commercial and advertisement purposes which are making the most of the original homes of electronic optics.

Applied electronic Optics is aimed essentially at optical engineers and product improvement and technical advertising and marketing managers; it's also of curiosity to graduate-level photonics scholars and micro-optic foundries.

  • Helps optical engineers evaluation and select the fitting software program instruments to layout, version and generate fabrication files.Content:
    Chapter 1 From Refraction to Diffraction (pages 5–13):
    Chapter 2 class of electronic Optics (pages 15–20):
    Chapter three Guided?Wave electronic Optics (pages 21–46):
    Chapter four Refractive Micro?Optics (pages 47–69):
    Chapter five electronic Diffractive Optics: Analytic sort (pages 71–109):
    Chapter 6 electronic Diffractive Optics: Numeric sort (pages 112–156):
    Chapter 7 Hybrid electronic Optics (pages 157–179):
    Chapter eight electronic Holographic Optics (pages 181–215):
    Chapter nine Dynamic electronic Optics (pages 217–252):
    Chapter 10 electronic Nano?Optics (pages 253–293):
    Chapter eleven electronic Optics Modeling innovations (pages 295–338):
    Chapter 12 electronic Optics Fabrication thoughts (pages 339–411):
    Chapter thirteen layout for production (pages 413–452):
    Chapter 14 Replication innovations for electronic Optics (pages 453–478):
    Chapter 15 Specifying and trying out electronic Optics (pages 479–520):
    Chapter sixteen electronic Optics software swimming pools (pages 521–579):

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Extra resources for Applied Digital Optics: From Micro-Optics to Nanophotonics

Example text

5 . ). They are increasingly used in industry. Type 4 – sub-wavelength diffractive elements (or Sub-Wavelength Gratings, SWGs) – refers to elements the basic structures of which are smaller than the reconstruction wavelength: they are thus highly polarization sensitive and they act very differently from the previous two diffractive types. Nano-optical or photonic crystals (photonic lattices) are included in these types, and are described in Chapter 10 as digital nano-optics. Type 5 – dynamic diffractives – refers to all the technologies used to implement reconfigurable, tunable or switchable optical functionalities.

2 Slab Waveguide Coupling Several methods have been developed in order to couple into a slab waveguide or a channel waveguide. 14. When using a prism coupling, the prism is placed close to the surface of the waveguide, with a small gap (usually, the gap is provided by dust or other particles). For optimum coupling, the index of the prism is slightly higher than the index of the substrate. 14 Coupled mode Coupling region Light coupling into a slab waveguide Applied Digital Optics 32 can produce the desired mode coupling.

This section summarizes the main applications that use the unique characteristics of PLCs and other digital waveguide devices, especially for the telecom application pool. This section begins with the semiconductor laser waveguide, then shows how such lasers can be modulated via high-index PLCs, then how different wavelength lasers can be combined or split (multiplexed or demultiplexed), and finally how complex optical functionalities can be implemented further down the road in more complex lightwave PLCs.

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