SUMMARY
The discussion centers on the development of an optical CPU by researchers in Israel, specifically highlighting a photonic band gap blueprint created by John and his team. This innovative design utilizes nanometre-scale precision achieved through x-ray bombardment of a gold mask, which selectively removes portions of a polymer template. The process involves depositing glass to fill the holes, followed by silicon deposition in the voids, ultimately resulting in a pure silicon photonic band gap material. This technology represents a significant advancement in optical computing.
PREREQUISITES
- Understanding of photonic band gap materials
- Familiarity with nanofabrication techniques
- Knowledge of x-ray lithography
- Basic principles of optical computing
NEXT STEPS
- Research the principles of photonic band gap materials
- Learn about x-ray lithography techniques
- Explore advancements in optical computing technologies
- Investigate applications of silicon photonic devices
USEFUL FOR
Researchers in optical computing, materials scientists, and engineers interested in nanotechnology and photonic applications will benefit from this discussion.