EXPERIMENTAL LADDER
An experiment may stop at any stage.
Failure does not invalidate unrelated systems.
- CONCEPT
- SIMULATION
- COMPONENT TEST
- BENCH VALIDATION
- SYSTEM INTEGRATION
- MEASURED COMPARISON
- POSSIBLE PROMOTION
E8 VECTOR QUANTISATION
A codec experiment, not a truth geometry.
E8 vector quantisation is explored as an optional representation, indexing and codec experiment.
NEAREST LATTICE POINT ≠ SEMANTIC TRUTH.
Possible research questions
- structured quantisation
- vector indexing
- compression
- retrieval
- geometric coding
Not claimed
- zero-entropy memory
- perfect semantic preservation
- universal O(1) retrieval
- lossless meaning from geometry alone
Must be evaluated against
- loss
- drift
- retrieval quality
- cost
- conventional baselines
- fallback behaviour
- INPUT REPRESENTATION
- CODEC
- E8 LATTICE CANDIDATE
- DECODE / RETRIEVE
- LOSS + DRIFT EVALUATION
QTI / QPU
An accelerator candidate, not a source of cognition.
QTI / QPU research concerns optional specialised or quantum execution paths.
- Not the source of cognition.
- Not the source of truth.
- Not a memory oracle.
- Not an action-authority system.
- Not required for UniQ AI.
Possible workloads may be routed experimentally only where measurements justify it. Conventional fallback remains required.
RHU / RPCI
Optional. Experimental. Isolated.
RHU / RPCI is an experimental compute and hardware-interface research path.
- validated cognitive advantage
- validated new physics
- consciousness generation
- frequency-derived truth
- production readiness
PRIVILEGED FREQUENCY FIREWALL
No frequency is given scientific authority here.
The public programme does not treat 432 Hz, Schumann resonance, or any other privileged frequency as required cognition, scientific truth, memory truth, consciousness frequency or physical authority. Historical exploratory ideas do not become canonical because they once appeared in legacy work.
TOPOLOGICAL QUBIT HYBRID CHIP
A candidate stack. Not a fabricated processor.
UniQ Labs is exploring candidate architectures for hybrid compute that may combine conventional electronics with specialised quantum or topological components.
Candidate families
- CMOS
- graphene
- NV diamond
- h-BN
- edge / topological structures
Public wording
candidate stack · proposed architecture · requires fabrication · requires component testing · requires bench validation · requires comparative measurement
Not stated
- a chip has been fabricated
- topological qubits have been demonstrated
- room-temperature quantum computation has been achieved
- a working UniQ quantum processor exists
- benchmark advantage has been measured
MIGRATION RULE
No substrate migration by enthusiasm.
- SIMULATE
- IMPLEMENT
- BENCH
- COMPARE
- PROVE CORRECTNESS / PARITY
- MEASURE ADVANTAGE
- SHADOW
- PROMOTE
- RETAIN FALLBACK
WHAT COUNTS AS ADVANTAGE
Measure the dimensions. Do not invent the numbers.
- correctness
- latency
- throughput
- energy
- memory
- cost
- reliability
- error behaviour
- reproducibility
- maintainability
FRONTIER ENGINEERING BOUNDARY
Experimental hardware can fail.
E8 can fail. Quantum acceleration can fail. RHU/RPCI can fail. The conventional software architecture must continue. This is a design requirement.