Статьи в Introduction to optics
Nobel Prize winner Zhores I. Alferov
Photonic crystal fibers offer extraordinary performance, including
Packaging design for photonic components requires careful
Mending tissue with laser welding or soldering
SOAs offer a key technology for amplification,
Innovative stacking techniques increase the output power
A system is called ‘smart’ if a
Manufacturers who depend on automated inspection systems
The purpose of any photodetector is to
Diffractive optics can simulate the effects of
Micromachines make their way into optical switches,
Following standards and using appropriate safety equipment
Biopsies may become rare as photon migration
Thermoelectric coolers offer efficient solid-state heat-management options.
Advances in sensors, imaging techniques, and software
Successful positioning requires an understanding of geometry
Wafer-bonding techniques yield vertically integrated optoelectronic devices.
By altering the size and thickness of
The EuroLaser Academy’s educational program replaces
Photonics companies must follow a plan of
In the nano regime, material characteristics are
Optical design is more than just stringing
Many important commercial applications use ultraviolet (UV)
Widely tuneable telecom lasers may cut inventory
Consumer-driven medical laser applications such as cosmetic
Streaming 3-D video, audio, and a sense
Compact, efficient, and air-cooled, they’re displacing Nd:YAGs
Microdisplays based on III-nitride wide band-gap semiconductors
Multimedia is poised on the edge of
Maintaining diversity in an ever-changing industry is
As the worldwide pharmaceutical market continues to
Under test as an access loop solution,
Optics companies need to respond to the
In 1987 the research group at Eastman
Disruptive technologies like LCoS and OLEDs are
Photonics provides scientists with sophisticated tools such
Spectra-Physics (Mountain View, CA) turns
History repeats itself, and this time we
Ultrafast lasers make their way out of
Optical fiber is central to the successful