SUMMARY
The discussion centers on the feasibility of constructing a quantum computer using FMO proteins found in photosynthetic complexes. These proteins can maintain quantum entanglement for several picoseconds, presenting a potential solution to the decoherence challenge in quantum computing. However, the practicality of utilizing these organic molecules for computational purposes remains uncertain, as picoseconds are relatively brief for computational tasks compared to other quantum systems like trapped ions.
PREREQUISITES
- Understanding of quantum computing principles
- Knowledge of decoherence and its impact on quantum systems
- Familiarity with FMO proteins and their role in photosynthesis
- Basic concepts of quantum entanglement
NEXT STEPS
- Research the mechanisms of decoherence in quantum systems
- Explore the properties and applications of FMO proteins in quantum computing
- Study alternative quantum computing architectures, such as trapped ion systems
- Investigate recent advancements in quantum entanglement and its implications for computing
USEFUL FOR
Quantum computing researchers, biophysicists, and anyone interested in the intersection of biology and quantum technology.