Noun
/ˈweɪvˌɡaɪd ˈkaʊpəld ˈleɪzər/
A "waveguide-coupled laser" is a type of laser that utilizes a waveguide structure to direct laser light. This coupling technique allows efficient transmission of light within a confined path, often used in integrated optics and photonics. Such lasers are essential in various applications, including telecommunications, sensors, and quantum technologies.
Frequency of use for this term is more common in written contexts, particularly in scientific literature and technical documentation, due to its specialized nature.
Лазер с волноводным методом связи работает на определенной длине волны для оптимизации производительности.
Researchers are experimenting with waveguide-coupled lasers to improve data transmission speeds.
Исследователи экспериментируют с лазерами, связанными с волноводом, чтобы улучшить скорость передачи данных.
A waveguide-coupled laser can achieve high efficiency by minimizing losses.
While "waveguide-coupled laser" does not commonly appear in idiomatic expressions, we can explore related phrases within the field of optics and photonics:
Используй лазерную концентрацию, чтобы преодолеть шум.
Blind as a bat without a laser guide.
Слеп, как летучая мышь, без лазерного указателя.
To bring something into light with laser precision.
Вывести что-то на свет с лазерной точностью.
Like a moth to a flame in the laser light.
Как мотылек к огню под лазерным светом.
Aim with the precision of a laser beam.
The term "waveguide" originates from the combination of "wave" (from Old English "wafian," meaning to move back and forth) and "guide" (from Old French "guider," meaning to lead). "Laser" is an acronym for "Light Amplification by Stimulated Emission of Radiation," first coined in the 1960s.
Synonyms: - Optical waveguide laser - Integrated laser - Photonic laser
Antonyms: - Free-space laser - Non-guided laser
This term is highly specific to the field of optics and photonics, and while idiomatic expressions are limited, the related phrases reflect how precision and guidance are critical concepts in the context of lasers and optics.