HiiLSE Quantum Operating System · working R&D name
HiiLSE Engineering, Programming & Computing
Quantum Computing R&D
Quantum is a separate research branch for hybrid CPU, GPU and QPU computing. HQOS, HQL, HQIR and related names remain working R&D terminology, not completed products.
23 permanent language tracks
Own editable coding ideas
Runtime truth governance
Old Coding Studio preserved
QUANTUM R&D
Hybrid classical and quantum architecture
This is an R&D programme. Working names and architecture must not be presented as completed production products.
R&D status
HQOS, HQL, HQIR, HQDE and HQSIM remain working research terminology. Final naming and product claims require later evidence and approval.
HQL SourceHiiLSE ParserQuantum ASTHQIROptimiserClassical / Quantum PartitionerBackend RouterSimulator / QPUNormalised Result
HiiLSE Quantum Language · R&D
HiiLSE Quantum Intermediate Representation · R&D
HiiLSE Quantum Development Environment · R&D
HiiLSE Quantum Simulator · R&D
Benchmark references
OpenQASM 3, QIR, Q#, Qiskit, CUDA-Q, Quil and provider APIs are research references for language, intermediate representation and backend interoperability.
HQL Source → HiiLSE Parser → Quantum AST → HQIR → Optimiser → Classical or Quantum Partitioner → Backend Router → Simulator or QPU → Normalised Result.
OpenQASM 3, QIR, Q#, Qiskit, CUDA-Q, Quil and provider APIs are benchmark references for interoperability and backend study.
Manufacturer assessment, HQIR, HQL grammar, simulator adapters, backend routing and real QPU pilots remain research gates requiring evidence before public verification claims.
All existing public simulation, Coding Studio, Intelligent Coding and current working pages remain unchanged. New HEPC features start from the new Programming Studio onward.