SUMMARY
The discussion centers on the future of integrated circuits (ICs) and the potential technologies that may replace or integrate with semiconductor chips. Key contenders include photonics, nanoelectronics, and quantum electronics, all of which aim to enhance data storage and transmission capabilities. A notable suggestion is the exploration of bio-engineering, specifically designer cells utilizing RNA for computational purposes, potentially achieving processing power comparable to current internet capabilities.
PREREQUISITES
- Understanding of integrated circuits (ICs)
- Familiarity with semiconductor technology
- Knowledge of photonics and its applications
- Basic concepts of bio-engineering and RNA functionality
NEXT STEPS
- Research advancements in photonic computing technologies
- Explore the principles of nanoelectronics and their applications
- Study quantum electronics and its implications for future computing
- Investigate bio-engineering techniques for computational applications using RNA
USEFUL FOR
Engineers, researchers, and technology enthusiasts interested in the future of computing technologies and alternatives to traditional semiconductor chips.