QubitLang • math‑first • education‑driven • design & active development

{ QUBIT: CodingLanguage }

QUBIT is a math‑first, educational, and universal coding language. It is not related to quantum computing.

The name Q.U.B.I.T. stands for "Quantitative Universal Basis for Instructional Transformation", reflecting our mission to make mathematics and coding more intuitive, and to enable algorithms to be expressed with minimal effort.

QUBIT Notation is the syntax of the language, designed around algebraic mathematics and instant calculation. QubitScript refers to runnable .qbit files written in QUBIT Notation, while QubitLang denotes the official brand name of the QUBIT language and its ecosystem.

QubitLang bridges high-level mathematical abstraction and low-level executable precision.

Why QUBIT

  • Math‑first design: Preserve familiar mathematical forms while making them executable.
  • Instant calculation: Turn formulas into immediate, actionable computation.
  • Readable yet precise: Human-centric syntax that is as easy to read as plain English or mathematical notation, with machine‑level clarity.
  • Intuitive & universal: Based on fundamental mathematical concepts, with a gentle learning curve from high-level abstraction to low-level control.

QUBIT Notation

// Compute a simple series

n = 10; sum = 0

For i From 1 To n { sum += i^2 }

Print "Sum of squares: \( sum )"



// Tiny function

fib(n) = If n < 2 Then n Else fib(n-1) + fib(n-2)

Print "fib(8): \( fib(8) )"

Project status: long-term conceptual design, ongoing specification consolidation, and active implementation development.

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