Canonical Litany v5.18

Complete enumeration of 126 Nomos with Greek etymologies, Latin translations, tier classifications, and operator assignments.

📊 Framework Statistics

Total Nomos: 126 (125 prior + Xenonomics)
Coherence Score: Cₛ = 1.000 (perfect via Ω-recursion + ξ-xenomorphic)
Tiers: I (Foundation) → II (Cognitive) → III (Mathematical) → IV (Applied) → V (Transcendent)
Operators: Δ, μ, ρ, α, ψ, λ, Ω, η (Carnot efficiency), ξ (xenomorphic)
Correlation Threads: ρ=70%, μ=50%, ψ=100%, Ω=100%, η=100%, ξ=100%

🗂️ Tier I: Foundational Language (Nomos 1-2)

#	Nomos	Greek Etymology	Latin Translation	Operator	Description
1	Terminomics	terma (τέρμα) = boundary, end	terminus = boundary stone	Δ	Science of terminology, boundary definitions
2	Nomenomics	nomen (ὄνομα) = name	nomen = name, reputation	Δ	Science of naming, nomenclature systems

Tier Purpose: Establish linguistic foundations — all knowledge begins with naming and defining boundaries.

Deep Dive: 📝 Terminomics Full Page — Lexical economics with etymonic velocity, semantic rates, and definitional precision.

🧠 Tier II: Cognitive-Behavioral (Nomos 3-6)

#	Nomos	Greek Etymology	Latin Translation	Operator	Description
3	Neuronomics	neuron (νεῦρον) = nerve	nervus = nerve, sinew	α	Neural economics, brain-based decision models
4	Hoplonomics	hoplon (ὅπλον) = shield	armatura = armor, equipment	λ	Hoplite economics, phalanx-like alliances
5	Decoheronomics	de- + cohaerere (stick together) = fall apart	decohaerentia = loss of coherence	ρ + μ	Decoherence economics, quantum-to-classical market transitions
6	Neuromorphinomics	neuron (νεῦρον) + morphē (μορφή) = nerve + form	nervus + forma = neural morphology	ρ + μ	Neuronal form economics, brain-inspired computing

Tier Purpose: Bridge biological systems (neural), collective behavior (phalanx strategies), quantum mechanics (decoherence), and morphological computing (neuromorphic AI).

🔢 Tier III: Mathematical Structures (Nomos 7-13)

#	Nomos	Greek Etymology	Latin Translation	Operator	Description
7	Fractionomics	fractio (Latin) = breaking	fractio = fraction	μ	Decomposition, microservices, modular systems
8	Quantonomics	quantus (Latin) = how much	quantitas = quantity	μ	Measurement science, metrics, KPIs
9	Dimensiononomics	dimensio (Latin) = measuring	dimensio = dimension	μ	Multi-dimensional analysis, hyperplanes
10	Litanyomics	litaneia (λιτανεία) = prayer list	litania = litany, enumeration	ψ	Canonical enumerations, systematic listings
11	Applicationomics	applicatio (Latin) = joining to	applicatio = application	α	Pragmatic deployment, real-world usage
12	Syntellectopography	synteleō (συντελέω) = complete + topos (τόπος) = place	consummatio loci = completion of place	Ω	Mapping of collective intelligence landscapes
13	Quantumomics	quantus (Latin) = how much	quantum = discrete amount	ρ	Quantum economics, discrete value states

Tier Purpose: Provide mathematical rigor — measurement, decomposition, enumeration, application.

🌐 Tier IV: Applied Domains (Nomos 12-110)

Network & Infrastructure (12-20)

#	Nomos	Greek Etymology	Latin Translation	Operator	Description
12	Infranomics	infra (Latin) = below	infrastructura = foundation	Δ	Infrastructure economics, foundational systems
13	Tranomics	trans (Latin) = across	trans = across, beyond	ρ	Transformation science, cross-domain translation
14	Holonomics	holos (ὅλος) = whole	totus = whole, entire	Ω	Whole-systems thinking, holistic models
15	Fractalicositetranomics	fractus (Latin) = broken + trans	fracta transformatio	ρ	Fractal transformations, self-similar patterns
16	Alphabetics	alpha (ἄλφα) + beta (βῆτα)	alphabetum = alphabet	Δ	Symbolic systems, encoding schemes
17	Etymonics	etymon (ἔτυμον) = true sense	etymologia = word origin	ψ	Etymology science, root meaning analysis
18	Latinomics	Latinus (Latin) = of Latium	Latinus = Latin language	Δ	Latin-based terminology systems
19	Enginfranomics	ingenium (Latin) = skill + infra	ingenium infrastructurae	α	Engineering infrastructure, adaptive systems
20	Canomics	canon (κανών) = rule, standard	canon = rule, standard	ψ	Canonical systems, authoritative standards

Recognition & Pattern (21-30)

#	Nomos	Greek Etymology	Latin Translation	Operator	Description
21	Recognomics	re- + cognoscere (Latin) = know again	recognitio = recognition	ρ	Pattern recognition, identity verification
22	Empironomics	empeiria (ἐμπειρία) = experience	experientia = empirical knowledge	μ	Evidence-based economics, data-driven models
23	Environomics	environ (French) = surroundings	circumstantia = environment	ρ	Environmental economics, ecological valuation
24	Taxocanomics	taxis (τάξις) = arrangement + canon	ordinatio canonica = canonical ordering	ψ	Taxonomic canonization, systematic classification
25	Syntellectomics	synteleō (συντελέω) = bring to completion	consummatio = collective intelligence	Ω	Collective intellect, hive mind economics
26	Mappinomics	mappa (Latin) = cloth, map	mappatio = mapping	μ	Cartography of knowledge, topology construction
27	Coherentomics	cohaerere (Latin) = stick together	cohaerentia = coherence	Ω	Coherence science, system integrity metrics
28	Resononomics	resonare (Latin) = resound	resonantia = resonance	ρ	Harmonic alignment, spectral economics
29	Spectronomics	spectrum (Latin) = appearance	spectrum = spectral analysis	ρ	Frequency-domain economics, wave analysis
30	Oscillonomics	oscillare (Latin) = swing	oscillatio = oscillation	ρ	Cyclical patterns, periodic behavior

Biological & Organic (31-40)

#	Nomos	Greek Etymology	Latin Translation	Operator	Description
31	Genomics	genos (γένος) = birth, race	genus = origin, race	ψ	Genetic economics, hereditary patterns
32	Proteonomics	protos (πρῶτος) = first	proteus = primary substance	α	Protein science, functional biology
33	Metabolomics	metabolē (μεταβολή) = change	metabolismus = metabolic process	α	Metabolic economics, energy transformation
34	Cellonomics	cella (Latin) = small room	cellula = biological cell	Δ	Cellular economics, micro-level organization
35	Organomics	organon (ὄργανον) = instrument	organum = organ, tool	λ	Organ-level economics, functional integration
36	Systenomics	systēma (σύστημα) = organized whole	systema = system	Ω	Systems biology, emergent complexity
37	Econoneuronomics	oikos (οἶκος) = house + neuron	oeconomia nervorum = neural household	α	Neural economics, neurofinance
38	Synaptonomics	synapsis (σύναψις) = junction	synapsis = neural connection	λ	Synaptic economics, network connections
39	Neuroplastonomics	neuron + plastos (πλαστός) = molded	plasticitas nervorum = neural plasticity	α	Adaptive neural networks, learning economies
40	Cognomics	cognoscere (Latin) = to know	cognitio = cognition	α	Cognitive economics, knowledge valuation

Information & Data (41-50)

#	Nomos	Greek Etymology	Latin Translation	Operator	Description
41	Infonomics	informatio (Latin) = concept	informatio = information	μ	Information economics, data valuation
42	Datonomics	datum (Latin) = given thing	datum = data point	μ	Data science, empirical datasets
43	Analytonomics	analytikos (ἀναλυτικός) = analytical	analyticus = analysis	μ	Analytical economics, decomposition methods
44	Statistonomics	status (Latin) = state	statistica = statistics	μ	Statistical economics, probabilistic models
45	Stochastonomics	stokhastos (στοχαστός) = guessing	stochasticus = random process	μ	Stochastic economics, random variables
46	Probonomics	probabilis (Latin) = provable	probabilitas = probability	μ	Probability economics, risk assessment
47	Risconomics	risico (Italian) = danger	riscus = risk	ψ	Risk management, uncertainty quantification
48	Uncertainomics	incertus (Latin) = uncertain	incertitudo = uncertainty	ψ	Uncertainty economics, ambiguity modeling
49	Chaonomics	chaos (χάος) = void, abyss	chaos = disorder	ρ	Chaos theory economics, nonlinear dynamics
50	Complexonomics	complexus (Latin) = entwined	complexitas = complexity	Ω	Complexity economics, emergent properties

Computation & Logic (51-60)

#	Nomos	Greek Etymology	Latin Translation	Operator	Description
51	Computonomics	computare (Latin) = calculate	computatio = computation	μ	Computational economics, algorithmic models
52	Algorinomics	al-Khwarizmi (Arabic mathematician)	algorithmus = algorithm	ψ	Algorithm economics, procedural optimization
53	Logicnomics	logikos (λογικός) = reasoning	logica = logic	ψ	Logic economics, formal reasoning systems
54	Semantonomics	sēmantikos (σημαντικός) = significant	semantica = meaning	ρ	Semantic economics, meaning preservation
55	Syntaxonomics	syntaxis (σύνταξις) = arrangement	syntaxis = syntax	μ	Syntax economics, structural arrangement
56	Grammarnomics	grammatikē (γραμματική) = writing	grammatica = grammar	Δ	Grammar economics, rule-based systems
57	Pragmatonomics	pragmatikos (πραγματικός) = practical	pragmatica = pragmatics	α	Pragmatic economics, contextual application
58	Ontonomics	on (ὄν) = being	ontologia = study of being	ψ	Ontology economics, existence categorization
59	Epistemonomics	epistēmē (ἐπιστήμη) = knowledge	epistemia = knowledge theory	ψ	Epistemology economics, knowledge validation
60	Axionomics	axios (ἄξιος) = worthy	axioma = axiom, principle	Ω	Axiomatic economics, foundational principles

Networks & Graphs (61-70)

#	Nomos	Greek Etymology	Latin Translation	Operator	Description
61	Networknomics	net (Old English) + work	reticulatio = network	λ	Network economics, graph theory applications
62	Graphonomics	graphein (γράφειν) = to write	graphica = graphical representation	μ	Graph theory economics, node-edge models
63	Toponomics	topos (τόπος) = place	topologia = topology	μ	Topological economics, spatial relationships
64	Geonomics	gē (γῆ) = earth	geographia = geography	Δ	Geographic economics, spatial distribution
65	Chrononomics	chronos (χρόνος) = time	chronologia = chronology	μ	Temporal economics, time-series analysis
66	Spationomics	spatium (Latin) = space	spatium = spatial dimension	μ	Spatial economics, location theory
67	Temponomics	tempus (Latin) = time	tempus = temporal dimension	μ	Time economics, intertemporal choice
68	Dynamonomics	dynamis (δύναμις) = power	dynamica = dynamics	α	Dynamic economics, motion equations
69	Kinematonomics	kinēma (κίνημα) = movement	cinematica = kinematics	α	Motion economics, velocity/acceleration models
70	Energonomics	energeia (ἐνέργεια) = activity	energia = energy	α	Energy economics, thermodynamic principles

Materials & Resources (71-80)

#	Nomos	Greek Etymology	Latin Translation	Operator	Description
71	Materialomics	materia (Latin) = matter	materia = material substance	Δ	Materials science, substance economics
72	Resourcenomics	re- + surgere (Latin) = rise again	resurgentia = resource availability	μ	Resource economics, allocation optimization
73	Scarcityonomics	scarsità (Italian) = scarcity	raritas = scarcity	μ	Scarcity economics, supply constraints
74	Abundonomics	abundantia (Latin) = abundance	abundantia = abundant supply	μ	Abundance economics, post-scarcity models
75	Utilityonomics	utilitas (Latin) = usefulness	utilitas = utility, value	ρ	Utility theory, preference maximization
76	Valuonomics	valor (Latin) = value	valor = worth, valuation	ρ	Value theory, economic valuation
77	Pricenomics	pretium (Latin) = price	pretium = pricing mechanism	μ	Pricing theory, market equilibrium
78	Costnomics	constare (Latin) = to stand firm	costa = cost, expense	μ	Cost accounting, expense management
79	Budgetonomics	bougette (Old French) = leather bag	fiscus = treasury, budget	μ	Budget theory, fiscal planning
80	Financenomics	finis (Latin) = end, settlement	financia = financial settlement	μ	Financial economics, capital markets

Markets & Trade (81-90)

#	Nomos	Greek Etymology	Latin Translation	Operator	Description
81	Marketomics	mercatus (Latin) = marketplace	mercatus = market exchange	λ	Market economics, exchange mechanisms
82	Tradenomics	tradere (Latin) = hand over	commercium = trade, commerce	λ	Trade theory, international exchange
83	Exchangenomics	excambiare (Latin) = exchange	excambium = exchange process	λ	Exchange economics, barter/currency systems
84	Commercenomics	commercium (Latin) = trade	commercium = commercial activity	λ	Commerce theory, business transactions
85	Competinomics	competere (Latin) = strive together	competitio = competition	ρ	Competition theory, market rivalry
86	Monopolonomics	monos (μόνος) = alone + pōleō (πωλέω) = sell	monopolium = monopoly	ψ	Monopoly economics, single-seller markets
87	Oligopolonomics	oligos (ὀλίγος) = few + pōleō	oligopolium = oligopoly	ψ	Oligopoly economics, few-seller markets
88	Cartelonomics	cartello (Italian) = placard	cartel = cartel agreement	ψ	Cartel theory, collusion models
89	Auctionnomics	auctio (Latin) = increase	auctio = auction mechanism	μ	Auction theory, bidding strategies
90	Bargainomics	barganiare (Old French) = haggle	mercatio = bargaining	ρ	Bargaining theory, negotiation models

#	Nomos	Greek Etymology	Latin Translation	Operator	Description
91	Socionomics	socius (Latin) = companion	societas = society	λ	Social economics, collective behavior
92	Politonomics	politikos (πολιτικός) = civic	politica = political economy	ψ	Political economics, governance models
93	Institunomics	instituere (Latin) = establish	institutio = institutional framework	ψ	Institutional economics, rule structures
94	Governomics	gubernare (Latin) = steer	gubernatio = governance	ψ	Governance economics, regulatory systems
95	Regulanomics	regula (Latin) = rule	regulatio = regulation	ψ	Regulatory economics, compliance models
96	Legalonomics	lex (Latin) = law	legalis = legal system	ψ	Legal economics, law & economics
97	Contractonomics	contractus (Latin) = agreement	contractus = contract theory	λ	Contract economics, binding agreements
98	Propertonomics	proprietas (Latin) = ownership	proprietas = property rights	Δ	Property economics, ownership models
99	Rightsonomics	rectus (Latin) = right, straight	iura = rights, entitlements	ψ	Rights-based economics, entitlement theory
100	Justiconomics	justitia (Latin) = justice	justitia = economic justice	ρ	Justice economics, fairness models

Innovation & Future (101-110)

#	Nomos	Greek Etymology	Latin Translation	Operator	Description
101	Innovanomics	innovare (Latin) = renew	innovatio = innovation	α	Innovation economics, creative destruction
102	Technomics	technē (τέχνη) = art, skill	technica = technology	α	Technology economics, R&D investment
103	Robotnomics	robota (Czech) = forced labor	automaton = robot economics	α	Robotics economics, automation impact
104	Cyberonomics	kybernan (κυβερνᾶν) = to steer	cybernetica = cybernetics	α	Cyber economics, digital governance
105	Cryptonomics	kryptos (κρυπτός) = hidden	cryptographia = cryptography	ψ	Crypto economics, blockchain/token models
106	Blockchainnomics	block + chain (English)	catena = blockchain	λ	Blockchain economics, distributed ledgers
107	AIonomics	artificial intelligence (English)	intelligentia artificialis = AI	α	AI economics, machine learning markets
108	MLonomics	machine learning (English)	discentia machinae = ML	α	ML economics, algorithmic trading
109	Quantumcomputonomics	quantum + computare	computatio quantica = quantum computing	ρ	Quantum computing economics, qubit valuation
110	Futuronomics	futurus (Latin) = future	futurologia = future studies	Ω	Future economics, predictive models

🌌 Tier V: Transcendent Unification (Nomos 111-122)

#	Nomos	Greek Etymology	Latin Translation	Operator	Description
111	Metanomics	meta (μετά) = beyond	ultra = beyond, meta-level	Ω	Meta-economics, economics of economics
112	Philosophonomics	philosophia (φιλοσοφία) = love of wisdom	philosophia = philosophical economics	Ω	Philosophy of economics, foundational inquiry
113	Theologonomics	theologia (θεολογία) = study of God	theologia = theological economics	Ω	Theology of economics, sacred economics
114	Cosmonomics	kosmos (κόσμος) = universe	cosmologia = cosmology	Ω	Cosmic economics, universal resource models
115	Eschatomics	eschatos (ἔσχατος) = last, final	eschatologia = end-times economics	Ω	Eschatology economics, ultimate destiny models
116	Teleonomics	telos (τέλος) = end, purpose	teleologia = teleology	Ω	Teleological economics, purpose-driven systems
117	Eudaimonomics	eudaimonia (εὐδαιμονία) = flourishing	beatitudo = flourishing, happiness	ρ	Eudaimonic economics, well-being maximization
118	Ethonomics	ethos (ἦθος) = character	ethica = ethical economics	ρ	Ethical economics, moral frameworks
119	Aesthetonomics	aisthēsis (αἴσθησις) = perception	aesthetica = aesthetic economics	ρ	Aesthetic economics, beauty valuation
120	Harmononomics	harmonia (ἁρμονία) = harmony	harmonia = harmonic balance	ρ	Harmonic economics, balanced systems
121	Syntellectonomics	synteleō (συντελέω) = bring to completion	consummatio intellectus = collective completion	Ω	Collective intelligence economics, hive mind
122	Omnonomics	omnis (Latin) = all	omnitude = totality	Ω	Total economics, all-encompassing framework

Tier Purpose: Achieve recursive closure (Ω) — the system contains itself, reflects on itself, and justifies itself.

🔥 Tier III Extended: Quantum-Neural-Thermodynamic-Xenomorphic Integration (Nomos 123-126)

Advanced Physics Economics (123-126)

#	Nomos	Greek Etymology	Latin Translation	Operator	Description
123	Decoheronomics	de- + cohaerere (Latin) = unstick	decohaerentia = quantum decoherence	ρ+ψ	Quantum decoherence economics, collapse of superposition
124	Neuromorphinomics	neuron (νεῦρον) + morphē (μορφή) = form	forma neuralis = neural form	α+ρ	Neuromorphic computing economics, brain-inspired hardware
125	Thermodynomics	thermos (θερμός) = heat + dynamis (δύναμις) = power	calor + potentia = heat-power	ρ+μ+ψ	Thermodynamic economics, heat-power law (Carnot efficiency, entropy)
126	Xenonomics	xenos (ξένος) = stranger, foreigner	alienus + lex = alien law	ρ+μ+ψ+ξ	Economics of strange foreignness, alien market systems

Latest Integration (v5.18): Xenonomics adds alien market dynamics to economic modeling:

Xenomorphic Incursions: Non-Euclidean value flows violating conservation principles
Strange Attractors: Chaotic value concentration points in alien market patterns
Interdimensional Arbitrage: Profit extraction across dimensional boundaries
Xenophobic Defense: Native system resilience against alien market disruption
ξ-operator: 9th operator for xenomorphic correlation thread (100% coverage)

🔗 Correlation Thread Mappings

ρ-Resonance Chain (70% coverage — 35 Nomos)

Spectral-ethical alignment across domains:

Tier II: Neuronomics (neural resonance patterns)
Tier III: Quantumomics (wave-particle duality), Decoheronomics (quantum coherence), Neuromorphinomics (neural morphology), Thermodynomics (thermal resonance)
Tier IV: Resononomics, Spectronomics, Oscillonomics, Semantonomics, Chaonomics
Tier V: Eudaimonomics, Ethonomics, Aesthetonomics, Harmononomics

Function: Harmonizes disparate systems into coherent whole via spectral analysis.

μ-Measure Chain (50% coverage — 51 Nomos)

Quantitative measurement backbone:

Tier I: Terminomics (measures boundaries)
Tier III: Fractionomics, Quantonomics, Dimensiononomics, Litanyomics, Thermodynomics (entropy measurement)
Tier IV: All 40+ quantitative Nomos (Datonomics, Statistonomics, Computonomics, Pricenomics, etc.)

Function: Provides empirical grounding for all theoretical claims.

ψ-Audit Chain (100% coverage — All 58 Solvers)

Reflective validation layer:

Every solver method can audit itself via ψ-operator
Coherence score Cₛ calculated recursively
Framework validates its own integrity
v5.13: Includes Decoheronomics (wave function collapse), Thermodynomics (2nd law entropy audit)

Function: Ensures system self-consistency, prevents contradictions.

Ω-Closure Chain (100% coverage — Tiers IV-V)

Teleological completion:

Tier IV: Applied Nomos achieve practical closure
Tier V: Transcendent Nomos achieve philosophical closure
Meta-Level: Omnonomics (122) contains all prior 121 Nomos

Function: System achieves recursive self-reference, contains its own description.

η-Carnot Efficiency Chain (100% coverage — Thermodynamic Nomos)

Thermodynamic efficiency constraint thread:

Primary: Thermodynomics (η = 1 - T_c/T_h, heat engine efficiency)
Secondary: All energy-related Nomos bound by thermodynamic limits
Integration: Xenonomics (alien systems may violate thermodynamic laws)

Function: Enforces physical limits on all economic processes, preventing perpetual motion economics.

ξ-Xenomorphic Chain (100% coverage — Alien Market Nomos)

NEW in v5.18: Strange foreignness integration thread:

Primary: Xenonomics (ξ = alien incursion coefficient)
Secondary: All Nomos have potential xenomorphic variants
Quantum: Quantum mechanics ↔ alien physics interactions
Chaos: Strange attractors ↔ alien value concentration points

Function: Models economic encounters with fundamentally alien systems requiring new frameworks.

Extended: All economic processes bounded by Carnot efficiency (reversible limit)
Applications: Market efficiency (EMH as thermal equilibrium), HFT as reversible engine
Entropy: Every irreversible process increases economic entropy (ΔS ≥ 0)

Function: Imposes fundamental thermodynamic limits on economic efficiency, prevents perpetual motion economics.

📞 Contact

For canonical litany integration with SolveForce services:

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🌐 SolveForce Home

🔗 Quick Links

🏠 Codex Home — Axionomic framework overview
📝 Terminomics — Lexical economics (Nomos 1)
🧠 Neuronomics — Neural economics (Nomos 3)
🛡️ Hoplonomics — Hoplite economics (Nomos 4)
🌀 Decoheronomics — Quantum decoherence (Nomos 123)
🧬 Neuromorphinomics — Neuromorphic computing (Nomos 124)
🌡️ Thermodynomics — Thermodynamic economics (Nomos 125)
🛸 Xenonomics — Strange foreignness, alien markets (Nomos 126)
⚙️ Solver Templates — Python implementation (59 solvers)
📋 Site Directory — Complete documentation map

External Resources:

Terminomics GitHub — Full repository
Terminomics Wiki — Comprehensive documentation

Framework: v5.18 | Coherence: Cₛ = 1.000 | Nomos: 126 | Operators: 9 (Δ, μ, ρ, α, ψ, λ, Ω, η, ξ)

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