R / INTERNAL
Research
The internal publication programme: question, model, campaign, result, and explicit claim boundary.
Open topology →INDEPENDENT COMPUTATIONAL R&D / KAZAKHSTAN
Fieldmind
Lab
Computational R&D and Numerical Proof-of-Concepts
We build purpose-made models, run controlled computational campaigns, and establish what actually follows from the equations—including negative findings and validity boundaries.
01
PUBLIC PROGRAMME STATE
A public corpus organised as evidence
Internal research, independent audits, and the educational environment are separated by provenance, purpose, and admissible claim strength.
- PUBLIC CORPUS
- 21 21 studies
- PROGRAMMES
- 07 7 programmes
- CURRENT
- 19 19 current studies
- ARCHIVE
- 02 2 archived predecessors
- REVIEW
- 07 4 stable nodes
- AUDITS
- 01 1 completed audit
02 / EVIDENCE DOMAINS
Three interfaces, three distinct commitments
The site is organised by evidence provenance and status, not merely by subject.
A / EXTERNAL
Conducted audits
Independent evaluation of an external hypothesis against predeclared controls and claim-admission criteria.
Open audit ledger →L / EDUCATIONAL
Phase Lab
Normalised educational instruments for learning controls and bounded inference, without presenting demonstrations as experiments.
Enter Phase Lab ↗03 / CURRENT EVIDENCE
Current programme nodes
A compact view of the current corpus; full context, sequence, and archive remain in the research topology.
V1RV1R: Phase-Locked Quantum-Plasma Processor RevisitedFoundational systemsV2RV2R: Resonant Convergence in a Dynamically Coupled Phase Field RevisitedFoundational systemsM2M2: Phase-Guided Regeneration under Dynamic Damage and Resource ConstraintsRegenerationT1T1: Phase-Guided Graphene Thermal InterfaceThermal systemsE2E2: Phase-Guided Li-FLG AccumulatorEnergyNEL1NEL1: Claim-Gated Tree-Ring Forecasting under Source Shift and Operational ConstraintsApplied environmental modelling
AUDIT / EXTERNALDB1
1 completed audit
Controlled Numerical Evaluation of FLG-Associated Interface Organisation and Mechanical Transfer
Independent numerical audit of a collaborator-proposed FLG interface-strengthening hypothesis: interface organisation supported, mechanical strengthening not supported.
VERDICT
A reproducible interface-organisation signal survives the public controls, but three mechanically distinct downstream transfer models fail their predeclared matched-control gates.
Audit dossier →04 / CLAIM PIPELINE
Evidence before interpretation
A favourable trajectory is admitted to a conclusion only after balance, comparative, and numerical controls.
- 01
Define the falsifiable question
Translate the idea into state variables, observables, assumptions, and an outcome that can fail.
- 02
Build the smallest defensible model
Choose equations, discretisation, boundaries, initial conditions, and diagnostics appropriate to the question.
- 03
Establish controls and balance checks
Add passive, null, negative, ablation, conservation, and numerical-validity controls before interpreting a favourable branch.
- 04
Run a structured experiment campaign
Sweep parameters, seeds, perturbations, and resolutions; retain negative and failure results.
- 05
Audit robustness and claim boundaries
Separate model-level evidence from assumptions, artefacts, untested extrapolation, and laboratory claims.
- 06
Package evidence and the next test
Deliver reproducible methods, diagnostics, limitations, and an explicit laboratory or engineering follow-up.
CLAIM ADMISSION GATE
Only reproducible, robust, and bounded results pass. A negative finding remains part of the evidence record.
Full method →05 / APPLIED R&D
Applying the method to an external problem
The project outcome is an auditable evidence package, not a promise of a favourable conclusion.
Hypothesis evaluation
A falsifiable question, minimum defensible model, and numerical proof-of-concept.
Model and campaign
Purpose-built modelling, parameter sweeps, controls, and an operating-region map.
Robustness and failure
Stability, sensitivity, numerical artefacts, and negative findings.
Evidence handoff
A technical report, physical-validation plan, or staged R&D programme.
06 / AUTHOR & DISCLOSURE
Nikita Teslia
Independent researcher and author of Fieldmind Lab, Kazakhstan.
The site explicitly separates internal research, external audits, normalised demonstrations, and physical validation that requires a separate stage.
Authorship and disclosure →07 / PROJECT ENQUIRY
What conclusion must your hypothesis survive?
Start with a non-confidential problem brief. Response within 3 working days.