A naukri.com initiative
Bioengineer
1w
63
Image Credit: Bioengineer
Revolutionary Chiral Photonic Device Integrates Light Manipulation and Memory Storage
- Researchers at the University of Utah have introduced a novel chiral photonic device that merges light manipulation and memory storage for advanced optical computing.
- The device features a heterostructure incorporating aligned carbon nanotubes, eliminating the need for additional control components in optical systems.
- Chiral light, with its rotational properties, carries information efficiently through left-handed and right-handed spirals.
- By utilizing carbon nanotubes, the device enables dynamic responses to electrical stimuli, revolutionizing chiral optics.
- The device's integration of light manipulation and information storage marks a significant step towards reconfigurable optical computing systems.
- With a phase-change material, the device can rapidly transition between amorphous and crystalline states under electrical pulses.
- Carbon nanotubes serve dual functions by manipulating chirality and facilitating phase changes, optimizing optical circuit design.
- The device's capability to fine-tune circular dichroism enhances memory storage potential in optical computing analogs.
- The research's manufacturing techniques and AI integration contributed to the successful assembly of the heterostructure, improving optical circuit efficiency.
- The technology allows for orthogonal information channels in optical circuits, enhancing data encoding options and transmission speed.
Read Full Article
3 Likes
For uninterrupted reading, download the app