Photonic Meaning: Definition, Examples, and Translations
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photonic
[fəˈtɒnɪk ]
Definition
light technology
Photonic refers to the technology and applications associated with photons, which are particles of light. It encompasses various fields such as photonics communication, photonic computing, and laser technology.
Examples of usage
- Photonic devices are transforming telecommunications.
- The photonic crystal enhances the efficiency of lasers.
- Researchers are exploring photonic circuits for faster computing.
Translations
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Interesting Facts
Science
- Photonic technology is crucial for fiber optics, allowing data to travel at high speeds across vast distances.
- Light-based communication systems can transmit data at rates significantly faster than traditional electrical signals.
- Researchers are exploring 'quantum photonics' to enhance computing power through quantum bits using photons.
Technology
- Photonic devices, such as lasers and LEDs, are integral in everyday products like DVD players and barcode scanners.
- Advancements in photonics are revolutionizing industries, including telecommunications and medical imaging.
Environment
- Photonic technologies can lead to more efficient solar panels, converting light into electricity more effectively.
- Innovations in photonics can also contribute to clean energy solutions, including the development of light-absorbing materials.
Pop Culture
- In films, light-based technology often portrays futuristic communications or advanced weaponry, showcasing the power of light.
- Many science fiction stories explore the implications of light-based travel or communication, highlighting its potential.
Origin of 'photonic'
Main points about word origin
- The term originates from 'photon', which is a tiny particle of light, and is combined with the suffix '-ic', meaning related to.
- The concept of using light instead of electricity can be traced back to theoretical ideas in the early 20th century.
The term 'photonic' derives from the word 'photon', which was coined in the early 20th century as a unit of light energy within the framework of quantum mechanics. The word 'photon' itself comes from the Greek word 'phōs', meaning 'light'. The modern application of the word 'photonic' is rooted in the development of fiber optics and laser technology in the late 20th century, which revolutionized how light is utilized in communication and various technological processes. The field of photonics has expanded since then, leading to advancements in areas such as imaging systems, sensing technologies, and quantum information science, illustrating the importance of light in modern science and technology.