Language pipeline
Source is tokenized, parsed into an AST and compiled into QBIT bytecode for the runtime.
Lexer
Parser
AST
Compiler
QBC
v4.3 Tagged Release · Latest Main Runtime Verified
QBIT NOVA C
A C-based quantum-style language and runtime with a lexer, parser, compiler, bytecode VM, state-vector engine, Virtual QCPU, Bell and GHZ proof pipelines, and an OpenQASM 3.0 bridge toward future quantum backends.
C runtime architecture
QBIT NOVA C turns compact .qn source into executable bytecode,
software quantum-state operations and portable OpenQASM output.
VM and state engine
The bytecode VM drives classical control flow, QMSG packets and state-vector quantum simulation.
Bytecode VM
State Vector
QMSG
Bell
GHZ
QCPU bridge
The Virtual QCPU validates workloads on classical hosts and exports supported circuits through OpenQASM 3.0.
Virtual QCPU
Runtime Guard
OpenQASM 3.0
Future QPU
Raspberry Pi 5 verification
The latest main runtime path was exercised in an isolated Pi5 test environment.
- PASS Lexer, parser, compiler and bytecode VM
- PASS State-vector engine and QMSG register
- PASS Bell-state correlation with bad count 0
- PASS Virtual QCPU boot and OpenQASM 3.0 export
- PASS Hardware capability map and runtime limit guard
Quantum truth boundary
QBIT NOVA C currently runs as a software Virtual QCPU on classical hardware. A normal Raspberry Pi or phone is not presented as a physical quantum computer. OpenQASM is the clean bridge for future real-QPU workflows.
Software Virtual QCPU
No Hardware Mutation
Honest Physical Boundary
.qn → lexer → parser → AST → compiler → QBC → bytecode VM → state-vector engine → Virtual QCPU → OpenQASM 3.0
Separate project
QBIT NOVA Language
An independent programming-language project by Aslam / Universal Dragon. It defines compact quantum-aware syntax, guarded effects, deterministic compilation, typed QIR, portable QBC and a future clean-room C implementation.
Language core
Token vocabulary, formal grammar, core syntax, semantic rules and deterministic diagnostics.
Lexer
Parser
AST
Semantics
Execution model
Compact source lowers into typed QIR, portable QBC bytecode and a future QVM runtime.
QIR
QBC
QVM
Clean-room C
Safety boundary
Guard, observe, simulate and patch are explicit language-level effect boundaries.
Guard
Observe
Simulate
Patch
Current status
The repository publishes the frozen C-implementation specification v0.1. A production compiler and runtime have not been published yet.
Project boundary
QBIT NOVA Language and QBIT NOVA C are related Universal Dragon projects, but they remain separate repositories, implementations and release tracks. Earlier NOVA runtime work remains in Universal Dragon Core.
.nova / .qnova → lexer → parser → AST → semantic analysis → typed QIR → QBC → QVM
Project links
Source, installation and earlier NOVA runtime lineage remain clearly separated.