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Beyond Infinity: The Quest for a Fast-Growing Hierarchy Calculator

Introduction: The Number That Broke the Universe

In most of our daily lives, numbers are tame. They count apples, measure distances, or track bank balances. Even a "big number" like a trillion is merely a fly on the wall of the mathematical universe.

Example Calculation: ( f_ω+1(3) )

  • Step 0: ( f_ω+1(3) )
  • Definition: ( f_ω+1(3) = f_ω(f_ω(f_ω(3))) )
  • Inner: ( f_ω(3) = f_3(3) ) (Already a massive number: 3↑↑↑3 = 7.6 trillion digits)
  • Result: The calculator will output: ( f_3(f_3(3)) ) or "~ 3 ↑↑↑ (3 ↑↑↑ 3)"
  1. Base Level (f_0): ( f_0(n) = n + 1 ) (Increment)
  2. Successor Level (f_α+1): ( f_α+1(n) = f^n_α(n) ) (Iteration)
  3. Limit Level (f_λ): For a limit ordinal λ, ( f_λ(n) = f_λ[n](n) )

Fast-Growing Hierarchy (FGH) is an ordinal-indexed family of rapidly increasing functions,

  • Ordinal Notation (Large Inputs): For ( f_ω+2(5) ), it outputs a representation in terms of Knuth's up-arrow notation or Bowers' array notation.
  • Fast — Growing Hierarchy Calculator

    Beyond Infinity: The Quest for a Fast-Growing Hierarchy Calculator

    Introduction: The Number That Broke the Universe

    In most of our daily lives, numbers are tame. They count apples, measure distances, or track bank balances. Even a "big number" like a trillion is merely a fly on the wall of the mathematical universe.

    Example Calculation: ( f_ω+1(3) )

    • Step 0: ( f_ω+1(3) )
    • Definition: ( f_ω+1(3) = f_ω(f_ω(f_ω(3))) )
    • Inner: ( f_ω(3) = f_3(3) ) (Already a massive number: 3↑↑↑3 = 7.6 trillion digits)
    • Result: The calculator will output: ( f_3(f_3(3)) ) or "~ 3 ↑↑↑ (3 ↑↑↑ 3)"
    1. Base Level (f_0): ( f_0(n) = n + 1 ) (Increment)
    2. Successor Level (f_α+1): ( f_α+1(n) = f^n_α(n) ) (Iteration)
    3. Limit Level (f_λ): For a limit ordinal λ, ( f_λ(n) = f_λ[n](n) )

    Fast-Growing Hierarchy (FGH) is an ordinal-indexed family of rapidly increasing functions, fast growing hierarchy calculator

  • Ordinal Notation (Large Inputs): For ( f_ω+2(5) ), it outputs a representation in terms of Knuth's up-arrow notation or Bowers' array notation.
  • ЛУЧШИЕ ПРОДАЖИ: ПРИНТЕРЫ СЕРИИ LS
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