New Mexico
This page renders the canonical New Mexico Atlas jurisdiction package. The canonical files remain the source of truth; this document is a structured rendering only.
1. Topology Metadata
Classification source. The metadata layer records that this metadata is derived from atlas.md and records Atlas corridor-topology placement only.
Interpretation boundary. The metadata layer records that this file is structural topology metadata only. It does not assign routing authority, Atlas surfaces, readiness, rank jurisdictions, modify evidence-layer interpretation, override evidence gaps, or infer deployment suitability.
2. Scope Boundary Statement
The evidence layer records the normalized evidence surfaces preserved for New Mexico in the current package, organized around federal research laboratory environment, nuclear engineering and secure compute, defense-adjacent engineering and aerospace testing, energy research and grid experimentation, university research continuity and federal-lab academic interface, sparse-population distribution and corridor-dependent institutional topology, and southwest regional positioning.
This rendering mirrors the canonical package. It does not introduce analysis, rankings, readiness assessment, national role, leadership positioning, or deployment prescription beyond the canonical files. Surface assignment remains unset. No routing role is assigned.
3. Evidence Summary
The evidence layer documents the following for New Mexico.
Federal research laboratory environment
The evidence layer records that New Mexico has documented federal research laboratory concentration anchored by the Department of Energy and National Nuclear Security Administration environment.
The evidence layer records that the current New Mexico package preserves evidence of:
- the John A. Gordon Albuquerque Complex at Kirtland Air Force Base in Albuquerque as one of NNSA's three headquarters sites
- NNSA field-office oversight of national security assets in New Mexico
- Los Alamos National Laboratory in Los Alamos as an NNSA design laboratory responsible for the safety and reliability of the nuclear explosives package in nuclear weapons
- Los Alamos capabilities in neutron scattering, enhanced surveillance, radiography, and plutonium science and engineering
- Sandia National Laboratories responsibility for specialized nonnuclear components, quality assurance, and systems engineering for U.S. nuclear weapons, with a location in Albuquerque, New Mexico
- the Center for Integrated Nanotechnologies as a U.S. DOE Nanoscale Science Research Center and user facility with the Core Facility in Albuquerque and the Gateway Facility in Los Alamos
The evidence layer records that these materials document a federal research laboratory environment with visible DOE and NNSA network presence across Albuquerque and Los Alamos.
Nuclear engineering and secure compute environment
The evidence layer records that New Mexico has documented nuclear-engineering, high-security compute, and secure-simulation infrastructure in the Los Alamos and Albuquerque research environment.
The evidence layer records that the current New Mexico package preserves evidence of:
- Los Alamos National Laboratory plutonium science and engineering capabilities in NNSA location materials
- Los Alamos reporting that Crossroads is a specialist primarily for classified weapons work
- Los Alamos reporting that Venado is intended for both classified and non-classified, weapons and non-weapons national security work
- Los Alamos description of the Strategic Computing Complex as housing classified high-performance supercomputing resources
- Los Alamos description of a large unobstructed computer room in the Strategic Computing Complex for secure computing operations
- Air Force Research Laboratory Directed Energy Directorate activity at Kirtland Air Force Base in weapons modeling and simulation
- the AFRL Wargaming and Advanced Research Simulation Laboratory at Kirtland for wargaming, simulation, and analysis supporting the Directed Energy and Space Vehicles Directorates
The evidence layer records that these materials document continuity of secure compute and simulation infrastructure rather than a generalized commercial compute claim.
Defense-adjacent engineering, weapons testing, and aerospace corridor environment
The evidence layer records that New Mexico has documented defense-adjacent engineering and testing infrastructure tied to Kirtland, White Sands, and southern New Mexico aerospace facilities.
The evidence layer records that the current New Mexico package preserves evidence of:
- AFRL's Directed Energy Directorate at Kirtland Air Force Base as the Department of the Air Force's center of expertise for directed energy and optical technologies
- AFRL Directed Energy Directorate technical focus in laser systems, high-power electromagnetics, weapons modeling and simulation, and directed-energy and electro-optics for space superiority
- AFRL and UNM partnership to establish a congressionally funded Directed Energy Center based at UNM
- AFRL and New Mexico State University partnership for directed-energy weapons cooling research through a five-year Strategic Education Partnership Agreement
- White Sands Missile Range description as the Department of Defense's largest fully instrumented open-air range providing research, development, test, evaluation, experimentation, and training facilities
- Spaceport America mission materials describing a state-established, FAA-licensed launch complex on 18,000 acres adjacent to White Sands Missile Range in southern New Mexico
- Spaceport America materials describing aerospace operations, research, development, and testing in support of commercial, civil, and national security space sectors
- Spaceport America description of a rocket-friendly desert environment with large restricted airspace
The evidence layer records that these materials document a defense-adjacent engineering and aerospace-testing environment concentrated in specific New Mexico corridors.
Energy research and grid experimentation environment
The evidence layer records that New Mexico has documented energy-research, storage, and grid-modernization activity centered on Sandia and DOE-linked infrastructure.
The evidence layer records that the current New Mexico package preserves evidence of:
- Sandia National Laboratories energy-storage research in power systems, generation and integration, energy storage, microgrids, cybersecurity, power electronics, and advanced materials
- Sandia statement that grid-scale electrical energy storage is part of a broader energy-storage landscape spanning Sandia Albuquerque and Sandia California
- Sandia management of the DOE Energy Storage Systems website and the Global Energy Storage Database
- Sandia publication materials stating that Sandia leads the Security and Resilience area of DOE's Grid Modernization Laboratory Consortium
- Sandia materials describing research programs ranging from basic research and development to large-scale demonstrations and deployments
- DOE and NNSA announcement of the Foxtail Flats solar and energy-storage project to provide carbon-free electricity to Los Alamos National Laboratory, Sandia National Laboratories, and Kirtland Air Force Base
- DOE description of the Foxtail Flats project as including 170 megawatts of solar energy and 320 megawatt-hours of battery storage
The evidence layer records that these materials document national-lab energy modeling, storage, and grid experimentation adjacency in New Mexico.
University research continuity and federal-lab academic interface
The evidence layer records that New Mexico has documented university research continuity centered on the University of New Mexico and visible academic interfaces with federal laboratories and AFRL.
The evidence layer records that the current New Mexico package preserves evidence of:
- University of New Mexico School of Engineering research support for a broad engineering research enterprise
- UNM School of Engineering statement that research involves nearby partners at Sandia National Laboratories, Los Alamos National Laboratory, and the Air Force Research Laboratory
- UNM research areas including aerospace science and engineering, energy, scalable computing and cybersecurity, nuclear non-proliferation and safeguards, quantum computing, and high energy density science
- the Advanced Materials Laboratory at UNM housing staff from the university, Sandia, and private companies in a single integrated research laboratory in the UNM Science and Technology Park
- the Advanced Materials Laboratory role as a conduit for technology transfer from the labs and university to private companies
- UNM Center for High Technology Materials objective to enhance collaborations between UNM, federal laboratories, and industry
- UNM Center for Micro-Engineered Materials description of close collaboration with Sandia National Laboratories, Los Alamos National Laboratory, and the Sandia Center for Integrated Nanotechnologies
- AFRL and UNM creation of a directed energy research center jointly managed by the School of Engineering and the Center for High Technology Materials
- AFRL and New Mexico State University partnership providing access to state-of-the-art equipment and research experience for graduate and undergraduate students in directed-energy systems work
The evidence layer records that these materials document a university research continuity layer with direct federal-lab academic interfaces rather than a purely campus-isolated research environment.
Sparse-population distribution and corridor-dependent institutional topology
The evidence layer records that New Mexico has documented low-density statewide distribution and corridor-centered institutional visibility.
The evidence layer records that the current New Mexico package preserves evidence of:
- U.S. Census profile materials indicating low population density in New Mexico relative to the national average, including official census profile references to 17.4 persons per square mile
- New Mexico Department of Transportation description of a statewide transportation system that includes roads, aviation, railroad, ports, maps, and travel-condition services across New Mexico
- visible institutional concentration in the current source set around Los Alamos, Albuquerque and Kirtland, and the White Sands, Spaceport America, and Las Cruces corridor
- federal anchor institutions in the current source set including NNSA, Los Alamos, Sandia, AFRL, White Sands Missile Range, and the New Mexico Spaceport Authority
- the Center for Integrated Nanotechnologies split between Albuquerque and Los Alamos as a two-node research facility structure
The evidence layer records that these materials document sparse statewide distribution with corridor-dependent institutional coverage and visible reliance on major regional nodes.
Southwest regional positioning
The evidence layer records that New Mexico has limited but relevant documentary evidence of southwest regional positioning in the current source set.
The evidence layer records that the current New Mexico package preserves evidence of:
- Spaceport America mission language describing development of a southwest regional spaceport
- statewide transportation materials showing New Mexico maintains statewide multimodal transport infrastructure and road-map access
- southern New Mexico aerospace and test infrastructure adjacent to White Sands Missile Range
The evidence layer records that the current source set does not provide enough normalized documentary coverage to characterize:
- adjacency effects from Arizona semiconductor expansion
- adjacency effects from the Colorado research corridor
- adjacency effects from Texas energy-compute infrastructure
- intermountain routing continuity relevance as a routing classification
4. Signals Summary
Derivation constraint. The signals layer records that signals derive strictly from evidence.md and that absence of signals reflects absence of normalized documentary coverage.
Signal clusters detected
The signals layer records that the following signal clusters are directly detectable from evidence.md.
Limited signal traces
The signals layer records that the following categories have only limited direct signal visibility in the current evidence set.
- southwest regional positioning beyond the documented Spaceport America mission language and southern New Mexico testing infrastructure
No direct signal established yet
The signals layer records that the current evidence set does not establish direct signal treatment for the following categories.
- cross-state infrastructure adjacency effects involving Arizona, Colorado, and Texas
- formal statewide interconnection density or IX concentration
- private hyperscale compute siting presence
- statewide corridor redundancy for digital infrastructure
- intermountain routing continuity relevance as a routing classification
Signals requiring trust-layer confirmation later
The signals layer records that the following signals require later trust-layer confirmation before any classification work.
- continuity of federal research anchor institutions
- durability of secure compute and simulation infrastructure
- continuity of corridor-based testing and aerospace infrastructure
- stability of energy research and grid experimentation activity
- continuity of the UNM and federal-lab research interface
- persistence of sparse statewide distribution as a coordination factor
- dependence on concentrated regional nodes rather than uniform statewide institutional density
5. Trust Dimensions Summary
Derivation constraint. The trust-dimensions layer records that dimensions derive strictly from signals.md and that absence of signals reflects absence of normalized signal-layer coverage.
Scope. The trust-dimensions layer records that trust does not describe what the environment looks like. The trust-dimensions layer records that it evaluates what kinds of stability conditions New Mexico can sustain given the evidence layer and the visible signal environment.
Trust interpretation summary
The trust-dimensions layer records that New Mexico currently presents a trust profile characterized by:
- continuity anchored in federal laboratory and defense research institutions
- stable but corridor-concentrated research and testing infrastructure
- sparse statewide distribution outside the primary research and testing nodes visible in the current package
- durable university-to-federal-lab interface structures around UNM and selected AFRL partnerships
- incomplete statewide visibility for interconnection density, private hyperscale siting, and cross-state infrastructure continuity
Anchor-institution continuity with sparse statewide distribution.
- NNSA headquarters presence at the John A. Gordon Albuquerque Complex
- Los Alamos National Laboratory and Sandia National Laboratories as visible long-duration federal research anchors
- DOE-linked research facilities split across Albuquerque and Los Alamos
- the current package is concentrated in a limited set of major research and defense nodes
- the current source set does not provide a uniform statewide infrastructure inventory
The trust-dimensions layer records that New Mexico shows stable federal-lab anchoring, while statewide institutional visibility remains sparse outside the major documented nodes.
Corridor-concentrated continuity.
- Albuquerque and Kirtland concentration of NNSA, Sandia, AFRL, and UNM-linked facilities
- Los Alamos concentration of national-lab and secure-compute infrastructure
- southern New Mexico concentration of White Sands Missile Range and Spaceport America infrastructure
- the current package does not provide direct statewide digital-corridor redundancy mapping
- continuity is clearer in identified corridors than across the full state
The trust-dimensions layer records that New Mexico shows continuity through specific federal and research corridors rather than through a uniform statewide distribution pattern.
Durable research-security continuity.
- Los Alamos nuclear-design and secure-compute functions
- Sandia nonnuclear weapons systems engineering and quality-assurance role
- AFRL directed-energy, simulation, and space-related work at Kirtland
- White Sands testing infrastructure and southern aerospace-test facilities
- some secure-compute and test-environment evidence is more visible than broader adjacent commercial infrastructure
The trust-dimensions layer records that New Mexico shows durable research-security institutions in the current source set, especially where federal mission continuity is explicit.
Sparse settlement acts as a coverage constraint.
- official census profile references to low statewide population density
- statewide transportation materials indicating broad geographic service obligations across roads and multimodal infrastructure
- evidence concentration in a small number of major institutional nodes
- the current package does not provide a complete statewide service-density inventory across communications and compute systems
The trust-dimensions layer records that New Mexico's low-density geography supports a trust reading in which coordination coverage is more node-dependent than evenly distributed.
Multi-node dependency with concentrated anchors.
- documented concentration around Albuquerque and Kirtland
- documented concentration around Los Alamos
- documented concentration around White Sands, Spaceport America, and the Las Cruces area
- two-node DOE research facility structure across Albuquerque and Los Alamos through CINT
- the current package does not document whether comparable node depth exists outside these corridors
The trust-dimensions layer records that New Mexico shows a dependency structure shaped by a small set of major regional nodes rather than a broad mesh of equivalent statewide institutions.
Durable interface continuity.
- UNM engineering research partnerships with Sandia, Los Alamos, and AFRL
- integrated UNM facilities housing university, Sandia, and private-company staff together
- UNM centers explicitly structured to collaborate with federal laboratories
- AFRL cooperative research structures with UNM and New Mexico State University
- the current package is stronger on UNM-centered interface evidence than on a complete statewide university comparison
The trust-dimensions layer records that New Mexico shows durable academic-federal interface continuity where the evidence is centered on UNM and selected AFRL-linked partnerships.
Trust layer synthesis
The trust-dimensions layer records that, taken together, New Mexico's trust profile supports the following interpretation:
- New Mexico's visible stable conditions are anchored by federal laboratories, defense research institutions, and affiliated university interfaces
- continuity is corridor-based and node-concentrated rather than evenly statewide
- sparse population distribution matters as a coordination constraint in the current package
- statewide interconnection, private hyperscale siting, and cross-state corridor continuity remain incompletely normalized
6. Profile Summary
Derivation constraint. The profile layer records that profile content derives strictly from evidence.md, signals.md, and trust-dimensions.md.
Scope. The profile layer records that this file records the normalized New Mexico jurisdiction profile inside the Atlas state package and that profile is the characterization layer of the package, downstream from evidence, signals, and trust interpretation.
Jurisdiction summary
The profile layer records that New Mexico currently presents within Atlas as:
- a federal research concentration environment centered on NNSA, Los Alamos, Sandia, and DOE-linked facilities
- a defense-adjacent simulation and testing environment centered on Kirtland, White Sands, and southern aerospace infrastructure
- an energy experimentation environment with visible storage, microgrid, and grid-modernization adjacency
- a corridor-based statewide topology with sparse statewide distribution outside major institutional nodes
- an academic-federal research integration environment centered on UNM and selected AFRL-linked partnerships
The profile layer records that New Mexico does not presently appear in the current source set as:
- a statewide hyperscale compute corridor
- a financial custody infrastructure jurisdiction
- a major interconnection exchange concentration
- a semiconductor fabrication leadership environment
- a venture-backed AI ecosystem concentration
Structural rationale
The profile layer records that New Mexico's profile characterization is supported by the combined package interpretation:
- evidence shows federal laboratory concentration, secure compute, defense-adjacent testing, energy experimentation, academic-federal interfaces, sparse statewide distribution, and limited southwest regional positioning evidence
- signals show federal research concentration, secure compute, defense-adjacent simulation, aerospace testing, energy experimentation, university continuity, and corridor-based topology
- trust interpretation shows continuity anchored in federal institutions, corridor-concentrated infrastructure, sparse statewide coverage constraints, and durable academic-federal interfaces with incomplete statewide interconnection visibility
The profile layer records that, taken together, these conditions support a structural characterization of New Mexico as a federally anchored, corridor-concentrated research and testing environment with sparse statewide distribution and direct university-laboratory integration.
Profile synthesis statement
The profile layer records that New Mexico currently reads within Atlas as a federally anchored, corridor-concentrated research and testing environment with sparse statewide distribution, energy experimentation adjacency, and direct academic-federal integration.
Profile uncertainties requiring later builder-mode interpretation
The profile layer records that the following uncertainties should be preserved for later builder-mode interpretation:
- whether the visible corridors should later be subdivided into more specific Albuquerque, Los Alamos, and southern New Mexico patterns
- whether energy experimentation evidence should remain laboratory-centered or expand if broader statewide infrastructure evidence is normalized
- whether sparse statewide distribution should remain a node-concentration factor or become more detailed once broader statewide inventories are added
- whether southwest regional positioning should remain limited unless direct cross-state infrastructure evidence is normalized
7. Builder Mode Summary
Derivation constraint. The builder-mode layer records that builder-mode content derives strictly from normalized jurisdiction layers.
Scope. The builder-mode layer records that this file translates the normalized New Mexico profile into builder-facing guidance, that Builder Mode is downstream from evidence, signals, trust interpretation, and profile characterization, and that it does not replace those layers. The builder-mode layer records that this file provides deployment interpretation only and does not rank New Mexico, compare New Mexico to other jurisdictions, or prescribe deployment decisions.
Builder mode role summary
The builder-mode layer records that New Mexico is best understood for builder purposes as:
- a federal-laboratory corridor environment
- a secure-compute and simulation environment
- a defense-adjacent testing environment
- an energy experimentation environment
- a sparse statewide, node-dependent environment
Evidence concentration interpretation
The builder-mode layer records that the current New Mexico materials support deployment interpretation around concentrated evidence in three visible institutional zones: Albuquerque and Kirtland; Los Alamos; the White Sands, Spaceport America, and Las Cruces corridor. The builder-mode layer records that these interpretation areas arise from documented NNSA, Sandia, AFRL, Los Alamos, White Sands, Spaceport America, and UNM-linked infrastructure.
Anchor-institution topology interpretation
The builder-mode layer records that the current New Mexico materials support deployment interpretation that treats federal anchor institutions as central to the visible environment. The builder-mode layer records that the package shows research and testing continuity most clearly where NNSA, Los Alamos, Sandia, AFRL, White Sands Missile Range, and the New Mexico Spaceport Authority are present.
Statewide uniformity constraint interpretation
The builder-mode layer records that the current New Mexico materials support deployment constraint interpretation around assumptions of uniform statewide infrastructure density. The builder-mode layer records that these constraints arise from low-density statewide population distribution, evidence concentration in a limited set of corridors and nodes, and incomplete statewide interconnection and backbone visibility in the current package.
Corridor-dependent research continuity interpretation
The builder-mode layer records that the current New Mexico materials support deployment interpretation where research continuity depends on corridor selection and institutional adjacency. The builder-mode layer records that this is most visible in the Albuquerque and Kirtland research and simulation environment, the Los Alamos secure-compute and nuclear-engineering environment, and the southern New Mexico testing and aerospace environment.
Regional-node reliance interpretation
The builder-mode layer records that the current New Mexico materials support deployment interpretation that takes account of reliance on a small number of major regional nodes. The builder-mode layer records that builders interpreting New Mexico should expect the currently documented environment to be more concentrated around major institutional nodes than broadly distributed across the full state.
Sparse-population coordination interpretation
The builder-mode layer records that the current New Mexico materials support deployment interpretation that treats sparse population and geography as coordination factors. The builder-mode layer records that the current package indicates that statewide coverage assumptions should not be overread from the presence of visible federal and research anchors in a limited number of locations.
Academic-federal interface interpretation
The builder-mode layer records that the current New Mexico materials support deployment interpretation for work that depends on university-to-laboratory interfaces, especially around UNM and selected AFRL-linked partnerships. The builder-mode layer records that the package does not extend this interpretation into a claim of uniform statewide academic integration.
Design expectations for builders
The builder-mode layer records that builders interpreting New Mexico should assume:
- federal laboratories and defense research institutions are more visible than broad statewide commercial infrastructure density
- corridor and node selection matter materially
- secure compute, simulation, testing, and energy experimentation conditions are documented in specific institutional environments
- interconnection density, private hyperscale siting, and cross-state continuity remain incomplete in the current source set and should not be overread
Deployment posture interpretation
The builder-mode layer records that New Mexico's current package most clearly supports builder interpretation around:
- federal-laboratory-adjacent technical systems
- secure compute and simulation environments
- weapons-testing and aerospace-test-adjacent environments
- energy experimentation and storage-linked research environments
- university-to-federal-lab research interfaces
The builder-mode layer records that New Mexico's current package also supports qualified interpretation around:
- node-dependent statewide coordination conditions
- sparse-population deployment constraints
- southwest regional positioning only where specific state and federal facilities are directly documented
The builder-mode layer records that New Mexico's current package does not support:
- statewide hyperscale compute corridor interpretation
- major IX concentration interpretation
- semiconductor fabrication leadership interpretation
- custody or financial-infrastructure leadership interpretation
- venture-backed AI ecosystem concentration interpretation
Areas requiring later interpretation
The builder-mode layer records that the following areas should remain open for later interpretation:
- whether New Mexico's visible corridors should later be split into more specific sub-environments
- whether statewide interconnection conditions should expand once direct IX and backbone evidence is normalized
- whether cross-state adjacency should expand once direct Arizona, Colorado, and Texas corridor evidence is normalized
- whether private compute-siting conditions should expand once better documentary coverage is added
8. Structural Exclusions
The canonical package records the following structural exclusions for New Mexico.
Evidence-layer structural exclusions
The evidence layer records that the current source set does not provide sufficient normalized documentary coverage to support statewide routing classification, cross-state spillover characterization, or surface assignment. The evidence layer records that absence of evidence is preserved as a valid structural outcome under Atlas normalization rules.
Signals-layer structural exclusions
The signals layer records that, based on the current signal set, this file does not support direct signal treatment for the following categories:
- cross-state infrastructure adjacency effects involving Arizona, Colorado, and Texas
- formal statewide interconnection density or IX concentration
- private hyperscale compute siting presence
- statewide corridor redundancy for digital infrastructure
- intermountain routing continuity relevance as a routing classification
The signals layer records that this file also does not assign routing eligibility, registry readiness, certification posture, deployment suitability, corridor leadership ranking, or Atlas surfaces.
Trust-dimensions structural exclusions
The trust-dimensions layer records that, based on the current signal and trust material, this file does not support the following dimension-level interpretations:
- a normalized statewide interconnection continuity dimension
- a normalized cross-state corridor continuity dimension involving Arizona, Colorado, or Texas
- a uniform statewide infrastructure-density interpretation beyond the documented major research and testing nodes
Profile-layer structural exclusions
The profile layer records that New Mexico's profile should not be read as:
- a general ranking claim
- a declaration of routing leadership
- a custody-leadership claim
- a coordination-tier classification
- a surface assignment
- a statement of national significance
The profile layer records that it should be read as a characterization of New Mexico's current structural posture within the evidence preserved in this Atlas package.
Builder-mode structural exclusions
The builder-mode layer records that this file does not assign routing authority, coordination tier, Atlas surface, national significance, or leadership positioning. It does not prescribe deployment decisions.
Change-log structural exclusions
The change-log records that the following classifications were evaluated but not supported by evidence:
- statewide hyperscale compute presence
- financial custody infrastructure leadership
- major IX concentration
- semiconductor fabrication leadership
- venture-backed AI ecosystem concentration
- intermountain routing continuity classification
9. Evidence Gaps
The canonical package records the following evidence gaps for New Mexico. The canonical package records that the current New Mexico source material does not provide additional normalized source detail for the following categories beyond the evidence already listed above.
Trust-layer evidence-gap placeholders
The trust-dimensions layer records two placeholder entries within the evidence-gap section:
The canonical package records gap inheritance: signals.md, trust-dimensions.md, profile.md, and builder-mode.md inherit these evidence gaps without expansion. change-log.md records that inheritance rule and does not create a new evidence-gap set.
10. Change-Log Notes & Normalization Notes
Normalization sequence
- The change-log records that evidence.md was created and aligned to the New Mexico instruction layer.
- The change-log records that signals.md was derived strictly from evidence.md.
- The change-log records that trust-dimensions.md was derived from evidence.md + signals.md.
- The change-log records that profile.md was derived from evidence.md + signals.md + trust-dimensions.md.
- The change-log records that builder-mode.md was derived from all prior layers.
- The change-log records that a targeted normalization audit was performed against the New Mexico instruction layer and Atlas normalization contract.
Evidence inputs
The change-log records that the New Mexico normalization pass preserved and aligned evidence around these major categories:
- federal research laboratory environment
- nuclear engineering and secure compute infrastructure
- defense-adjacent engineering, weapons testing, and aerospace corridor infrastructure
- energy research and grid experimentation environment
- university research continuity and federal-lab academic interface
- sparse statewide distribution and corridor-dependent institutional topology
- limited southwest regional positioning evidence
Signal derivation method
- The change-log records that signals were extracted directly from evidence.md.
- The change-log records that signal clustering was limited to documented federal research concentration, secure compute, defense-adjacent simulation, aerospace testing, energy experimentation, university-laboratory interface, and sparse statewide topology conditions.
- The change-log records that no routing inference was performed.
- The change-log records that no leadership inference was performed.
- The change-log records that no coordination-tier interpretation was performed.
Trust synthesis method
The change-log records that trust indicators were derived from:
- federal-lab anchor continuity
- corridor-based infrastructure continuity
- research-security institutional durability
- population-density effects on coordination coverage
- regional-node dependency structure
- academic-federal research interface continuity
The change-log records that trust evaluation remained limited to stability characteristics. The change-log records that no surface assignment was performed.
Profile synthesis inputs
The change-log records that profile.md was produced from evidence.md, signals.md, and trust-dimensions.md. The change-log records that profile synthesis remained structural and descriptive. The change-log records that no routing roles were assigned and no coordination-tier classification was applied.
Builder-mode interpretation inputs
The change-log records that builder-mode.md was produced from evidence.md, signals.md, trust-dimensions.md, and profile.md. The change-log records that builder mode remained deployment interpretation only. The change-log records that no surface assignment was performed and no deployment prescription was preserved.
Corrections recorded in this audit
The change-log records that the targeted normalization audit enforced the following conditions:
- state instruction-layer alignment to New Mexico-specific infrastructure evidence
- evidence-first reconstruction across all downstream layers
- signals derivation verification against evidence.md only
- interpretation-layer constraint enforcement to remove routing, leadership, coordination-tier, and national-significance inference
- profile structural-characterization validation
- builder-mode interpretation-only enforcement
- inclusion of structural exclusions and evidence gaps in contract-aligned form
Normalization status
The change-log records that the New Mexico package was verified and aligned with instruction-layer lenses.
Gap inheritance
The change-log records that evidence gaps were inherited from evidence.md and applied downstream without expanding the underlying evidence scope.
Lens alignment confirmation
The change-log records that the New Mexico jurisdiction lens was preserved during this audit. The change-log records that structural normalization changes were limited to contract alignment and did not introduce new evidence.
Normalization adjustments
- The change-log records standardized layer titles and required constraint language where missing.
- The change-log records normalized structural-exclusions and evidence-gap section labels where needed.
- The change-log records aligned downstream files to inherit evidence gaps and preserve non-assignment boundaries.
- The change-log records appended required status lines where missing.
Topology metadata attachment
The change-log records that metadata.md was added using atlas.md corridor narrative fields: Corridor Group, Foundation Layer, Topology Completion Layer. The change-log records that this metadata is structural only and does not alter evidence, signals, trust interpretation, profile, builder-mode, or surface neutrality.