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quantumcircuitfeedback.md

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Quantum Circuit Feedback

  • Created by using 2 qubits (2^2 = 4 states)

Detailed Base System Analysis:

============================

  1. Binary (Base-2):

    • States: [0, 1]
    • Primary function: Sign determination (positive/negative)
    • Acts as the fundamental switch

  2. Base-4:

    • States: [0, 1, 2, 3]
    • Serves as intermediate encoding
    • Each state can map to base-6 through modulo operation

  3. Base-6:

    • States: [0, 1, 2, 3, 4, 5]
    • Emerges from base-4 through modulo mapping
    • Each state can exist in positive or negative form (due to binary)

Feedback Loop Explanation:

========================

  1. Binary provides the sign (+ or -)
  2. Base-4 provides intermediate states
  3. These map to base-6 states
  4. Each base-6 state can be positive or negative
  5. This creates the loop: Binary → Base-4 → Base-6 → Binary

Example Mapping:

============== Base-4 value 0 → Base-6 value 0 Can be positive (0) or negative (1) from binary Base-4 value 1 → Base-6 value 1 Can be positive (0) or negative (1) from binary Base-4 value 2 → Base-6 value 2 Can be positive (0) or negative (1) from binary Base-4 value 3 → Base-6 value 3 Can be positive (0) or negative (1) from binary