System Design

1. Optical fiber counter circulating memory implementation

2. Dynamic evolution of program instructions in femtoseconds

3. Inspired by DNA’s mutable and evolutionary characteristics

4. Operates at the speed of light, evaluating trillions of possibilities

Innovative Differentiators

1. Autonomous, dynamic instruction set evolution

2. Not reliant on static, position-dependent instruction sets

3. Propelled by Foundation Mechanics' self-programming equations

Core Components

1. Quantum-encoded photonic instruction transmission via optical fiber network

2. HyperWaveCore® Quantum Processing Nodes (QPNs)

3. Guided interference for adaptive modification of signal wavelengths

4. Emergent mechanism embedding instructions into quantum wave packets

Technical Achievements

1. Encoding and conveyance of mutable instruction sets through UDWDM channels

2. Evolution via constructive and destructive quantum interference

3. Implementation of co-evolved instructions by HyperWaveCore® QPNs

System Advantages

1. Autonomous evolution at light speed

2. Improved adaptability, efficiency, security, and innovation

3. Emulates accelerated natural evolutionary mechanisms

4. Category 4 AI: operates without training, self-unbiased, arithmetic-free, low power consumption