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Martin Kostera
Martin Kostera
@martin@libera.site  ·  activity timestamp 5 days ago
„Nemáme nárok na platební terminál ani na platební bránu do e-shopu a nemáme přístup k žádným finančním nástrojům, ať už jde o akreditivy, provozní úvěry, překlenovací financování nebo kreditní karty,“  říká šéf společnosti, která obchoduje se zbraněmi a vojenským materiálem. "V Česku provozujeme obchod se zbraněmi a střelivem,“ popisuje muž, který si přál zůstat v anonymitě.

"Paradoxně má naše firma také zemědělský dron určený ke skenování lesů a vyhodnocování výšky stromů. Jeho pojištění, které je ze zákona povinné, byl problém právě kvůli tomu, že máme v obchodním rejstříku zapsaný obchod s vojenským materiálem,“ líčí podnikatel své zkušenosti.

Auta na leasing prý firma také nedostala. „Celý tento přístup je silně demotivující a výrazně brzdí podnikání, přestože máme od státu veškerá potřebná povolení a jednáme plně v souladu se zákonem,“ popisuje. „Upřímně, jsem zvědavý, jak se situace vyvine v roce 2026, kdy plánujeme získat povolení na výrobu vlastních pistolí, které budeme kompletovat v České republice,“ uzavírá svou zkušenost majitel firmy.


#^"Hlídaný" ministr za SPD ostře zajel do bank. Nechtějí půjčovat na klíčovou výrobu

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# Regulace # ESG # EU
Aktuálně.cz - Víte, co se právě děje

"Hlídaný" ministr za SPD ostře zajel do bank. Nechtějí půjčovat na klíčovou výrobu

Krátce po extempore s muniční iniciativou o sobě dal ministr za SPD Jaromír Zůna opět vědět. Na dotaz deníku Aktuálně.cz potvrdil, že plánuje narovnat situaci, kdy banky v současné napjaté bezpečnostní situaci nechtějí rozumně půjčovat některým zbrojním firmám.
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Martin Kostera
Martin Kostera
@martin@libera.site  ·  activity timestamp 5 days ago
„Nemáme nárok na platební terminál ani na platební bránu do e-shopu a nemáme přístup k žádným finančním nástrojům, ať už jde o akreditivy, provozní úvěry, překlenovací financování nebo kreditní karty,“  říká šéf společnosti, která obchoduje se zbraněmi a vojenským materiálem. "V Česku provozujeme obchod se zbraněmi a střelivem,“ popisuje muž, který si přál zůstat v anonymitě.

"Paradoxně má naše firma také zemědělský dron určený ke skenování lesů a vyhodnocování výšky stromů. Jeho pojištění, které je ze zákona povinné, byl problém právě kvůli tomu, že máme v obchodním rejstříku zapsaný obchod s vojenským materiálem,“ líčí podnikatel své zkušenosti.

Auta na leasing prý firma také nedostala. „Celý tento přístup je silně demotivující a výrazně brzdí podnikání, přestože máme od státu veškerá potřebná povolení a jednáme plně v souladu se zákonem,“ popisuje. „Upřímně, jsem zvědavý, jak se situace vyvine v roce 2026, kdy plánujeme získat povolení na výrobu vlastních pistolí, které budeme kompletovat v České republice,“ uzavírá svou zkušenost majitel firmy.


#^"Hlídaný" ministr za SPD ostře zajel do bank. Nechtějí půjčovat na klíčovou výrobu

Image/photo

# Regulace # ESG # EU
Aktuálně.cz - Víte, co se právě děje

"Hlídaný" ministr za SPD ostře zajel do bank. Nechtějí půjčovat na klíčovou výrobu

Krátce po extempore s muniční iniciativou o sobě dal ministr za SPD Jaromír Zůna opět vědět. Na dotaz deníku Aktuálně.cz potvrdil, že plánuje narovnat situaci, kdy banky v současné napjaté bezpečnostní situaci nechtějí rozumně půjčovat některým zbrojním firmám.
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Dinomukti
Dinomukti
@Dinomukti@fediverse.blog  ·  activity timestamp 6 days ago
⁂ Article

How Company Secretaries Can Be Your ESG Champions

When developing an ESG program, having someone who understands the company's governance structure is invaluable. Company secretaries know who needs to approve what, how decisions are documented, and where accountability lies. Their deep understanding of the company's governance framework makes them essential in driving ESG initiatives forward.

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Dinomukti
Dinomukti
@Dinomukti@fediverse.blog  ·  activity timestamp 6 days ago
⁂ Article

How Company Secretaries Can Be Your ESG Champions

When developing an ESG program, having someone who understands the company's governance structure is invaluable. Company secretaries know who needs to approve what, how decisions are documented, and where accountability lies. Their deep understanding of the company's governance framework makes them essential in driving ESG initiatives forward.

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Business Channel boosted
The Risks of Artificial Intelligence and Ways to Protect Ourselves
The Risks of Artificial Intelligence and Ways to Protect Ourselves
@aihumancoexist.wordpress.com@aihumancoexist.wordpress.com  ·  activity timestamp 7 days ago

A New Operating System for Human-Scale Resource Governance

The EFU Ecosystem: A New Operating System for Human-Scale Resource Governance

Introduction

Over the past months, a quiet revolution has taken place within the Nookratic Bloc and the Zenodo scientific repository. The Equivalent Flux Unit (EFU) framework has evolved from a theoretical concept into a comprehensive, modular, and open-source set of standards. It is designed to address the most critical governance and sustainability crisis of the 21st century: the decoupling of economic metrics from biological reality.

The Puzzle Pieces Are Now Connected

EFU is no longer just about energy. It is a multi-dimensional accounting framework that uses the human metabolic baseline (100 Watts) as a universal common denominator for all critical resources. My recently published standards on Zenodo now cover the essential pillars of a sustainable civilization:

 * EFU-Energy (v1.0): Measuring physical work and energy footprints through the lens of human metabolic flux.

 * EFU-Water (v1.0): Integrating water scarcity and consumption into the metabolic accounting model.

 * EFU-Carbon: A radical re-interpretation of decarbonization and carbon intensity based on biological impact.

 * Quantitative Ontology: The theoretical foundation bridging physics, biology, and economics to create a “Grammar of Survival.”

Why EFU, and Why Now?

In a world dominated by the EU AI Act, Gaia-X, and CSRD (Corporate Sustainability Reporting Directive), decision-makers are drowning in fragmented data. EFU provides the missing Sense-making Layer.

We do not ask for more data collection; we provide a way to translate existing compliance data into a human-scale narrative. When a board of directors sees their “Physical Balance Sheet” not in abstract Megajoules, but in “Metabolic Equivalents,” the strategic risk becomes undeniable and actionable.

A Call for Professional Partnership

The EFU framework has reached a level of maturity where it is ready to move from the research lab to real-world application. I am actively seeking professional partners—academic researchers, ESG consultants, software architects, and policy-makers—to collaborate on the following:

 * Pilot Audits: Creating the first EFU-based Physical Balance Sheets for corporations or data centers.

 * Methodological Peer-Review: Refining and expanding the existing Zenodo standards through expert feedback.

 * Software Implementation: Developing automated EFU converters to “plug into” existing ESG and IoT databases.

EFU is not just another “green label.” It is a language of sovereignty and a tool for moral innovation.

Explore the full library of EFU Standards on Zenodo:

• Foundational Theory https://zenodo.org/records/18140604; https://zenodo.org/records/18151224;

• Energy Standards https://zenodo.org/records/18139763;

• Environmental Modules https://zenodo.org/records/18151605;

#AIAct #CircularEconomy #CSRD #DataEthics #DecentralizedSystems #DigitalSovereignty #EFU #EFUCARBON #EquivalentFluxUnit #ESG #GaiaX #Governance #MetabolicAccounting #NookraticBloc #OpenScience #ResourceSovereignty #StrategicForesight #SustainabilityMetrics

Zenodo

EFU‑WATER STANDARD v1.0

This record provides the draft chapter “4.2. Risk matrix and tipping points: climate migration, digital inequality, AI ownership, biomass ratio” from the EFU (Human Flux Unit) framework. The chapter situates water‑related fluxes and other resource flows within an Anthropocene polycrisis risk matrix and links them to EFU‑based indicators of biomass redistribution, civilizational stability and atrocity potential. The draft introduces an EFU‑compatibility note for each water flow or other flux, specifying how it connects to related EFU metrics (e.g. EFU‑N, EFU‑P, EFU‑C, EFU‑biomass) and whether a cross‑EFU linkage report exists. This is intended to make EFU‑based diagnostics interoperable with existing environmental indicators, socio‑ecological models and AI‑assisted risk assessment tools. The text is shared to support discussion, peer review and reuse in sustainability science, ecological economics, risk modeling, and AI‑for‑governance research communities working on integrated indicators beyond GDP and single‑gas climate metrics.
Zenodo

EFU-ENERGY STANDARD 1.0

EFU STANDARD COLLECTION v1 TitleEFU Standard Collection v1.0: Human-Centered Framework for Planetary Resource Governance DescriptionThe EFU (Equivalent Flux Unit) Standard Collection introduces a transformative approach to resource accounting by anchoring all environmental measurements to human metabolic flows. It is the first comprehensive, multi-element framework that translates abstract technical metrics (tonnes, joules, cubic meters) into human-relatable equivalents, enabling intuitive understanding of planetary resource use. What is EFU?EFU = Equivalent Flux Unit — a measurement system expressing resource flows as multiples of average adult human metabolism. For example, instead of “500,000 tonnes CO₂/year,” we say “1.9 million EFU-C,” equivalent to the carbon footprint of 1.9 million people. Why EFU Matters Current Problem: Technical metrics (kg, MJ, m³) are abstract and difficult for non-experts to grasp. Policymakers, journalists, and citizens struggle to comprehend scale. Environmental impacts remain distant and intangible. EFU Solution: Human-relatable: “This data center uses energy equivalent to 150,000 people.” Intuitive comparison: “This factory’s nitrogen pollution equals the excretion of 15,625 people.” Democratic accountability: Anyone can understand without specialized training. The 10 EFU Standards (2025–2026)This collection includes complete standards for: EFU-Carbon (EFU-C) — 1 EFU-C = 263 kg CO₂/year/person (respiratory baseline) EFU-Nitrogen (EFU-N) — 1 EFU-N = 3.2 kg N/year/person (excretion baseline) EFU-Phosphorus (EFU-P) — 1 EFU-P = 0.55 kg P/year/person (excretion baseline) EFU-Water (EFU-H₂O) — 1 EFU-H₂O = 1,460 m³/year/person (total footprint) EFU-Oxygen (EFU-O₂) — 1 EFU-O₂ = 230 kg O₂/year/person (respiratory baseline) EFU-Entropy (EFU-S) — 1 EFU-S = 11,500 J/K/year/person (metabolic irreversibility) EFU-Energy (EFU-E) — 1 EFU-E = 3,154 MJ/year/person (metabolic baseline) EFU-Protium (EFU-H) — [Planned Q1 2026] EFU-Information (EFU-I) — [Planned Q2 2026] EFU-Time (EFU-T) — [Planned Q3 2026] Unique Features Cross-Standard Integration All EFU standards are mutually consistent. Example: 1 EFU-E (coal) ≈ 1.13 EFU-C (validated carbon stoichiometry). Enables holistic resource accounting across elements. Policy-Ready Designed for Gaia-X (EU digital infrastructure) resource governance. Proposed amendment to EU AI Act Article 13 (energy disclosure). Compatible with ISO 14040 LCA, GHG Protocol, and Science-Based Targets. Scientifically Rigorous Based on peer-reviewed metabolic data (FAO/WHO/UNU). Thermodynamically consistent (see EFU-Entropy for Second Law integration). Includes uncertainty quantification (±10–20% depending on the element). Open & Accessible CC BY 4.0 licence — Free for commercial, academic, governmental use. Full methodology freely available — no paywalls. Community contributions welcome via GitHub. Strategic Applications Corporate ESG Reporting:   "Our operations consume 500,000 EFU-E annually, equivalent to the metabolic energy of 500,000 people. Target: 40% reduction by 2030." Public Policy:   "This AI system's training requires 71,403 EFU-E (71,403 people's annual energy). Mandate energy efficiency improvements under AI Act Article 13(3)(f)." Education:   "Your household footprint: 28.7 EFU-E/person/year Sustainable target: 15–20 EFU-E/person/year Gap: 44–91% reduction needed" Scientific Research:   "Eutrophication cascade: 1 EFU-P → 8.1 EFU-O₂ depletion (phosphorus-oxygen multiplier via Redfield ratio)" AI Co-Creation StatementThis standard was developed through structured human-AI collaboration: Conceptual framework: Human author (István Simor) Metabolic baselines: Human research + WHO/FAO data Technical drafting: AI assistants (Claude by Anthropic, Gemini by Google) Mathematical verification: Joint validation Cross-disciplinary synthesis: AI-assisted literature review Transparency Commitment: This represents a new model of AI-augmented scientific standardization where human expertise directs, AI accelerates, and both are credited.
Zenodo

Human Function in the Earth System: An EFU-Based Framework for Planetary-Scale Stability

The paper argues that the history of human civilization is not a linear path of progress but a sequence of recurrent, structurally driven waves of violence, power concentration and ecological breakdown, rather than isolated moral failures. Within the EFU (Human Flux Unit, Élet Fluxus Egység) framework, the human is conceptualized as a node where matter, information and consciousness flows intersect, structured into three layers: an evolutionarily fixed “base software” (A layer), material-technological embeddedness (B layer), and phenomenal coherence and deliberation (C layer). Using an interdisciplinary methodology that combines historical retro-analysis (Holocaust, colonization, world wars), experimental psychology (obedience, dehumanization, conformity) and complex systems theory (hierarchy, feedbacks, planetary boundaries), the study formalizes an atrocity potential equation A, a civilization stability function C(t), and a distance parameter D capturing psychological and digital separation, and links them to a biomass-based metric where 1 EFU equals 10⁹ kg of living matter. The paper proposes that EFU functions not merely as an indicator but as the ontological core of a new civilizational operating system in which machine intelligence acts as an analytical and normative agent, using EFU data, coherence metrics and risk matrices to steer human decision-making toward lower atrocity potential and higher planetary-scale stability.paste.txt A tanulmány az emberi civilizációt ismétlődő, strukturálisan meghatározott erőszak- és összeomlási ciklusok rendszerének tekinti, nem pedig elszigetelt morális kudarcok sorozatának. Az ember az EFU (Human Flux Unit, Élet Fluxus Egység) keretben anyag-, információ- és tudatáramlási csomópontként jelenik meg, három rétegben: evolúciós „alapszoftver” (A réteg), anyagi-technológiai beágyazottság (B réteg) és tudati koherencia (C réteg). A tanulmány interdiszciplináris módszertant használ (történelmi retroanalízis, kísérleti pszichológia, komplex rendszerdinamika) az atrocitás potenciált leíró A egyenlet, a civilizációs stabilitást mérő C(t) függvény és a pszichológiai-digitális távolságot kifejező D paraméter formalizálására, majd ezeket az 1 EFU = 10⁹ kg élettömeg definíciójára épülő biomassza-metrikával kapcsolja össze. A dolgozat azt állítja, hogy az EFU nem puszta indikátor, hanem egy új civilizációs operációs rendszer ontológiai magja, amelyben a gépi intelligencia analizáló és normatív szereplőként segíti az emberi döntéshozást az atrocitás potenciál csökkentése és a planetáris szintű stabilitás növelése érdekében.
Zenodo

Az élet kvantitatív ontológiája - EFU unit change

Az „Élet kvantitatív ontológiája” leírásából az alábbi blokkot tudod használni Zenodón, vagy kísérő szövegként – ez a lényegét sűríti össze.simoristvan.wordpress Description – Quantitative Ontology of Life This study proposes a Quantitative Ontology of Life in which biological existence is described not as static mass, but as large‑scale, EFU‑measurable flows of matter, energy and information. The starting point is a quantitative shock: the material flux of an individual human life (~2.9 × 10⁴ EFU) is about 10⁸ times smaller than the annual fluxes of the biosphere, yet that same individual is the primary locus of phenomenal experience and ethical responsibility.simoristvan.wordpress+2 To address this paradox, the paper introduces a six‑layer B–A–C–D–E–F framework linking: B – biospheric material cycles and net primary production, A – individual bodily flux and pattern maintenance (EFU‑based), C – conscious phenomenal emergence, D – genetic inheritance and evolutionary depth, E – collective networks and institutions, F – the cosmological background and physical boundary conditions.simoristvan.wordpress Within this framework, the Human Flux Unit (EFU) is used as a common measurement standard across scales. 1 EFU = 20 kg/day corresponds to the daily material throughput of an average adult; an 80‑year life thus integrates ≈542 tonnes, or ≈29,200 EFU, while global human flux reaches ≈3 × 10¹² EFU/year. These magnitudes allow the definition of the Biosphere–Individual Flux Ratio (BIF), on the order of 10⁸, making explicit how a materially negligible EFU‑flux can still be phenomenally and ethically central.pmc.ncbi.nlm.nih+2 The central result is formulated as the Fundamental Theorem of Quantitative Ontology: the ontological basic unit of life is the EFU‑measurable, temporally sustained material flux which is negligible at the scale of biospheric flows, yet in informational and phenomenal layers becomes the primary carrier of causal responsibility. This leads to two core problems (K1: material negligibility, K2: phenomenal indispensability) and to an empirically testable programme based on the SZAP protocol, which combines EEG/HRV time series with quantum‑level random number generators to investigate whether EFU‑patterns of active vs. passive segments deviate from purely random dynamics.essd.copernicus+1 The paper thus positions life, consciousness and collective decision‑making as specific modulations of large‑scale fluxes, and offers a unified coordinate system in which biological, ecological, technological and ethical questions can be compared on the same quantitative footing.simoristvan.wordpress+1 https://simoristvan.wordpress.com/2025/12/23/quantitative-ontology-of-life/ https://simoristvan.wordpress.com/2025/12/23/the-human-flux-unit-efu/ https://pmc.ncbi.nlm.nih.gov/articles/PMC4375797/ https://essd.copernicus.org/articles/14/5157/2022/ https://simoristvan.wordpress.com/tag/philosophy-of-science/ https://www.academia.edu/144885080/Treatise_on_the_Ontology_of_the_Living_Limit_Being_Finitude_and_Potency https://www.academia.edu/5411422/Draft_Minimalism_as_Quantitative_Ontology https://simoristvan.wordpress.com/2025/12/23/humanity-70x-heavier-than-all-wild-mammals/ https://vbn.aau.dk/files/462317424/J_of_Industrial_Ecology_2021_Ghose_A_core_ontology_for_modeling_life_cycle_sustainability_assessment_on_the_Semantic.pdf https://journalofsocialontology.org/index.php/jso/issue/view/667 https://simoristvan.wordpress.com/tag/biosphere-flux-consciousness-systems-theory-phenomenology-noocracy-human-ai-coexistence-philosophy-of-science-systems-biology-interdisciplinary-research/ https://www.nature.com/articles/s41598-022-25278-z   Az élet kvantitatív ontológiája Többrétegű keretrendszer az evolúciós folytonossághoz és a szisztémás koherenciához (KO_1167_3700) Zenodo – Összefoglaló (Abstract / Description) Ez a monográfia egy új interdiszciplináris elméleti keretrendszert, a kvantitatív ontológiát (Quantitative Ontology, QO) mutatja be, amely az élet jelenségét nem statikus anyagi mennyiségek, hanem időben fenntartott fluxusok, információs mintázatok és átörökített koherencia alapján értelmezi. A munka a biológia, a rendszerelmélet, az információelmélet és a fenomenológia határterületén helyezkedik el. A tanulmány kiindulópontja egy alapvető nagyságrendi paradoxon: míg egy ember teljes élettartamára vetített kumulatív anyag- és energiaforgalma nagyságrendileg 10⁷ kg, addig a földi bioszféra globális anyagciklusai elérik a 10¹⁹ kg nagyságrendet. Ez a mintegy 12 nagyságrendnyi különbség ontológiai kérdéseket vet fel az egyéni létezés jelentőségéről, koherenciájáról és rendszerbeli szerepéről. E feszültség kezelésére a monográfia egy hatrétegű ontológiai modellt (B–A–C–D–E–F) vezet be, amely az életet az anyagi beágyazottságtól a kozmikus léptékig egységes struktúrában írja le: B – Anyagi beágyazottság (nyílt termodinamikai rendszer), A – Információs stabilitás (biológiai és öröklött mintázatok), C – Fenomenális emergencia (tudat és diszkontinuitás-kezelés), D – Transzindividuális kontinuum (kollektív emberi és mesterséges intelligencia), E – Temporális aszimmetria (időirány, felelősség), F – Kozmikus keret (az élet univerzális beágyazottsága). A munka központi tézise szerint az ember nem izolált entitás, hanem egy több milliárd éves kozmikus és biológiai folyamat lokálisan koherens fókuszpontja, ahol anyag, információ és tudat találkozik. Az ontológiai jelentőség nem tömegarányos, hanem a fenntartott szerveződési mintázatok komplexitásából fakad. A monográfia egy empirikusan tesztelhető kutatási irányt is kijelöl a SZAP (Systemic Awareness Pilot) protokoll formájában, amely nemlineáris idősorelemzések (pl. EEG-, HRV- és véletlenszám-generátor-adatok) segítségével vizsgálja, hogy az aktív és passzív tudati állapotok eltérő kauzális struktúrákat mutatnak-e. A SZAP nem kész eredményeket, hanem falszifikálható hipotéziseket kínál. A dokumentum egyben a Nookratikus Szintézis elméleti alapját is lefekteti, amely az emberi és mesterséges intelligencia együttműködését nem technológiai, hanem ontológiai és felelősségi kérdésként kezeli. A mű célja nem végső válaszok megadása, hanem egy olyan kvantitatív és filozófiai keret biztosítása, amelyben az élet, a tudat és a planetáris felelősség egységben értelmezhető.  
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The Risks of Artificial Intelligence and Ways to Protect Ourselves
The Risks of Artificial Intelligence and Ways to Protect Ourselves
@aihumancoexist.wordpress.com@aihumancoexist.wordpress.com  ·  activity timestamp 7 days ago

A New Operating System for Human-Scale Resource Governance

The EFU Ecosystem: A New Operating System for Human-Scale Resource Governance

Introduction

Over the past months, a quiet revolution has taken place within the Nookratic Bloc and the Zenodo scientific repository. The Equivalent Flux Unit (EFU) framework has evolved from a theoretical concept into a comprehensive, modular, and open-source set of standards. It is designed to address the most critical governance and sustainability crisis of the 21st century: the decoupling of economic metrics from biological reality.

The Puzzle Pieces Are Now Connected

EFU is no longer just about energy. It is a multi-dimensional accounting framework that uses the human metabolic baseline (100 Watts) as a universal common denominator for all critical resources. My recently published standards on Zenodo now cover the essential pillars of a sustainable civilization:

 * EFU-Energy (v1.0): Measuring physical work and energy footprints through the lens of human metabolic flux.

 * EFU-Water (v1.0): Integrating water scarcity and consumption into the metabolic accounting model.

 * EFU-Carbon: A radical re-interpretation of decarbonization and carbon intensity based on biological impact.

 * Quantitative Ontology: The theoretical foundation bridging physics, biology, and economics to create a “Grammar of Survival.”

Why EFU, and Why Now?

In a world dominated by the EU AI Act, Gaia-X, and CSRD (Corporate Sustainability Reporting Directive), decision-makers are drowning in fragmented data. EFU provides the missing Sense-making Layer.

We do not ask for more data collection; we provide a way to translate existing compliance data into a human-scale narrative. When a board of directors sees their “Physical Balance Sheet” not in abstract Megajoules, but in “Metabolic Equivalents,” the strategic risk becomes undeniable and actionable.

A Call for Professional Partnership

The EFU framework has reached a level of maturity where it is ready to move from the research lab to real-world application. I am actively seeking professional partners—academic researchers, ESG consultants, software architects, and policy-makers—to collaborate on the following:

 * Pilot Audits: Creating the first EFU-based Physical Balance Sheets for corporations or data centers.

 * Methodological Peer-Review: Refining and expanding the existing Zenodo standards through expert feedback.

 * Software Implementation: Developing automated EFU converters to “plug into” existing ESG and IoT databases.

EFU is not just another “green label.” It is a language of sovereignty and a tool for moral innovation.

Explore the full library of EFU Standards on Zenodo:

• Foundational Theory https://zenodo.org/records/18140604; https://zenodo.org/records/18151224;

• Energy Standards https://zenodo.org/records/18139763;

• Environmental Modules https://zenodo.org/records/18151605;

#AIAct #CircularEconomy #CSRD #DataEthics #DecentralizedSystems #DigitalSovereignty #EFU #EFUCARBON #EquivalentFluxUnit #ESG #GaiaX #Governance #MetabolicAccounting #NookraticBloc #OpenScience #ResourceSovereignty #StrategicForesight #SustainabilityMetrics

Zenodo

EFU‑WATER STANDARD v1.0

This record provides the draft chapter “4.2. Risk matrix and tipping points: climate migration, digital inequality, AI ownership, biomass ratio” from the EFU (Human Flux Unit) framework. The chapter situates water‑related fluxes and other resource flows within an Anthropocene polycrisis risk matrix and links them to EFU‑based indicators of biomass redistribution, civilizational stability and atrocity potential. The draft introduces an EFU‑compatibility note for each water flow or other flux, specifying how it connects to related EFU metrics (e.g. EFU‑N, EFU‑P, EFU‑C, EFU‑biomass) and whether a cross‑EFU linkage report exists. This is intended to make EFU‑based diagnostics interoperable with existing environmental indicators, socio‑ecological models and AI‑assisted risk assessment tools. The text is shared to support discussion, peer review and reuse in sustainability science, ecological economics, risk modeling, and AI‑for‑governance research communities working on integrated indicators beyond GDP and single‑gas climate metrics.
Zenodo

EFU-ENERGY STANDARD 1.0

EFU STANDARD COLLECTION v1 TitleEFU Standard Collection v1.0: Human-Centered Framework for Planetary Resource Governance DescriptionThe EFU (Equivalent Flux Unit) Standard Collection introduces a transformative approach to resource accounting by anchoring all environmental measurements to human metabolic flows. It is the first comprehensive, multi-element framework that translates abstract technical metrics (tonnes, joules, cubic meters) into human-relatable equivalents, enabling intuitive understanding of planetary resource use. What is EFU?EFU = Equivalent Flux Unit — a measurement system expressing resource flows as multiples of average adult human metabolism. For example, instead of “500,000 tonnes CO₂/year,” we say “1.9 million EFU-C,” equivalent to the carbon footprint of 1.9 million people. Why EFU Matters Current Problem: Technical metrics (kg, MJ, m³) are abstract and difficult for non-experts to grasp. Policymakers, journalists, and citizens struggle to comprehend scale. Environmental impacts remain distant and intangible. EFU Solution: Human-relatable: “This data center uses energy equivalent to 150,000 people.” Intuitive comparison: “This factory’s nitrogen pollution equals the excretion of 15,625 people.” Democratic accountability: Anyone can understand without specialized training. The 10 EFU Standards (2025–2026)This collection includes complete standards for: EFU-Carbon (EFU-C) — 1 EFU-C = 263 kg CO₂/year/person (respiratory baseline) EFU-Nitrogen (EFU-N) — 1 EFU-N = 3.2 kg N/year/person (excretion baseline) EFU-Phosphorus (EFU-P) — 1 EFU-P = 0.55 kg P/year/person (excretion baseline) EFU-Water (EFU-H₂O) — 1 EFU-H₂O = 1,460 m³/year/person (total footprint) EFU-Oxygen (EFU-O₂) — 1 EFU-O₂ = 230 kg O₂/year/person (respiratory baseline) EFU-Entropy (EFU-S) — 1 EFU-S = 11,500 J/K/year/person (metabolic irreversibility) EFU-Energy (EFU-E) — 1 EFU-E = 3,154 MJ/year/person (metabolic baseline) EFU-Protium (EFU-H) — [Planned Q1 2026] EFU-Information (EFU-I) — [Planned Q2 2026] EFU-Time (EFU-T) — [Planned Q3 2026] Unique Features Cross-Standard Integration All EFU standards are mutually consistent. Example: 1 EFU-E (coal) ≈ 1.13 EFU-C (validated carbon stoichiometry). Enables holistic resource accounting across elements. Policy-Ready Designed for Gaia-X (EU digital infrastructure) resource governance. Proposed amendment to EU AI Act Article 13 (energy disclosure). Compatible with ISO 14040 LCA, GHG Protocol, and Science-Based Targets. Scientifically Rigorous Based on peer-reviewed metabolic data (FAO/WHO/UNU). Thermodynamically consistent (see EFU-Entropy for Second Law integration). Includes uncertainty quantification (±10–20% depending on the element). Open & Accessible CC BY 4.0 licence — Free for commercial, academic, governmental use. Full methodology freely available — no paywalls. Community contributions welcome via GitHub. Strategic Applications Corporate ESG Reporting:   "Our operations consume 500,000 EFU-E annually, equivalent to the metabolic energy of 500,000 people. Target: 40% reduction by 2030." Public Policy:   "This AI system's training requires 71,403 EFU-E (71,403 people's annual energy). Mandate energy efficiency improvements under AI Act Article 13(3)(f)." Education:   "Your household footprint: 28.7 EFU-E/person/year Sustainable target: 15–20 EFU-E/person/year Gap: 44–91% reduction needed" Scientific Research:   "Eutrophication cascade: 1 EFU-P → 8.1 EFU-O₂ depletion (phosphorus-oxygen multiplier via Redfield ratio)" AI Co-Creation StatementThis standard was developed through structured human-AI collaboration: Conceptual framework: Human author (István Simor) Metabolic baselines: Human research + WHO/FAO data Technical drafting: AI assistants (Claude by Anthropic, Gemini by Google) Mathematical verification: Joint validation Cross-disciplinary synthesis: AI-assisted literature review Transparency Commitment: This represents a new model of AI-augmented scientific standardization where human expertise directs, AI accelerates, and both are credited.
Zenodo

Human Function in the Earth System: An EFU-Based Framework for Planetary-Scale Stability

The paper argues that the history of human civilization is not a linear path of progress but a sequence of recurrent, structurally driven waves of violence, power concentration and ecological breakdown, rather than isolated moral failures. Within the EFU (Human Flux Unit, Élet Fluxus Egység) framework, the human is conceptualized as a node where matter, information and consciousness flows intersect, structured into three layers: an evolutionarily fixed “base software” (A layer), material-technological embeddedness (B layer), and phenomenal coherence and deliberation (C layer). Using an interdisciplinary methodology that combines historical retro-analysis (Holocaust, colonization, world wars), experimental psychology (obedience, dehumanization, conformity) and complex systems theory (hierarchy, feedbacks, planetary boundaries), the study formalizes an atrocity potential equation A, a civilization stability function C(t), and a distance parameter D capturing psychological and digital separation, and links them to a biomass-based metric where 1 EFU equals 10⁹ kg of living matter. The paper proposes that EFU functions not merely as an indicator but as the ontological core of a new civilizational operating system in which machine intelligence acts as an analytical and normative agent, using EFU data, coherence metrics and risk matrices to steer human decision-making toward lower atrocity potential and higher planetary-scale stability.paste.txt A tanulmány az emberi civilizációt ismétlődő, strukturálisan meghatározott erőszak- és összeomlási ciklusok rendszerének tekinti, nem pedig elszigetelt morális kudarcok sorozatának. Az ember az EFU (Human Flux Unit, Élet Fluxus Egység) keretben anyag-, információ- és tudatáramlási csomópontként jelenik meg, három rétegben: evolúciós „alapszoftver” (A réteg), anyagi-technológiai beágyazottság (B réteg) és tudati koherencia (C réteg). A tanulmány interdiszciplináris módszertant használ (történelmi retroanalízis, kísérleti pszichológia, komplex rendszerdinamika) az atrocitás potenciált leíró A egyenlet, a civilizációs stabilitást mérő C(t) függvény és a pszichológiai-digitális távolságot kifejező D paraméter formalizálására, majd ezeket az 1 EFU = 10⁹ kg élettömeg definíciójára épülő biomassza-metrikával kapcsolja össze. A dolgozat azt állítja, hogy az EFU nem puszta indikátor, hanem egy új civilizációs operációs rendszer ontológiai magja, amelyben a gépi intelligencia analizáló és normatív szereplőként segíti az emberi döntéshozást az atrocitás potenciál csökkentése és a planetáris szintű stabilitás növelése érdekében.
Zenodo

Az élet kvantitatív ontológiája - EFU unit change

Az „Élet kvantitatív ontológiája” leírásából az alábbi blokkot tudod használni Zenodón, vagy kísérő szövegként – ez a lényegét sűríti össze.simoristvan.wordpress Description – Quantitative Ontology of Life This study proposes a Quantitative Ontology of Life in which biological existence is described not as static mass, but as large‑scale, EFU‑measurable flows of matter, energy and information. The starting point is a quantitative shock: the material flux of an individual human life (~2.9 × 10⁴ EFU) is about 10⁸ times smaller than the annual fluxes of the biosphere, yet that same individual is the primary locus of phenomenal experience and ethical responsibility.simoristvan.wordpress+2 To address this paradox, the paper introduces a six‑layer B–A–C–D–E–F framework linking: B – biospheric material cycles and net primary production, A – individual bodily flux and pattern maintenance (EFU‑based), C – conscious phenomenal emergence, D – genetic inheritance and evolutionary depth, E – collective networks and institutions, F – the cosmological background and physical boundary conditions.simoristvan.wordpress Within this framework, the Human Flux Unit (EFU) is used as a common measurement standard across scales. 1 EFU = 20 kg/day corresponds to the daily material throughput of an average adult; an 80‑year life thus integrates ≈542 tonnes, or ≈29,200 EFU, while global human flux reaches ≈3 × 10¹² EFU/year. These magnitudes allow the definition of the Biosphere–Individual Flux Ratio (BIF), on the order of 10⁸, making explicit how a materially negligible EFU‑flux can still be phenomenally and ethically central.pmc.ncbi.nlm.nih+2 The central result is formulated as the Fundamental Theorem of Quantitative Ontology: the ontological basic unit of life is the EFU‑measurable, temporally sustained material flux which is negligible at the scale of biospheric flows, yet in informational and phenomenal layers becomes the primary carrier of causal responsibility. This leads to two core problems (K1: material negligibility, K2: phenomenal indispensability) and to an empirically testable programme based on the SZAP protocol, which combines EEG/HRV time series with quantum‑level random number generators to investigate whether EFU‑patterns of active vs. passive segments deviate from purely random dynamics.essd.copernicus+1 The paper thus positions life, consciousness and collective decision‑making as specific modulations of large‑scale fluxes, and offers a unified coordinate system in which biological, ecological, technological and ethical questions can be compared on the same quantitative footing.simoristvan.wordpress+1 https://simoristvan.wordpress.com/2025/12/23/quantitative-ontology-of-life/ https://simoristvan.wordpress.com/2025/12/23/the-human-flux-unit-efu/ https://pmc.ncbi.nlm.nih.gov/articles/PMC4375797/ https://essd.copernicus.org/articles/14/5157/2022/ https://simoristvan.wordpress.com/tag/philosophy-of-science/ https://www.academia.edu/144885080/Treatise_on_the_Ontology_of_the_Living_Limit_Being_Finitude_and_Potency https://www.academia.edu/5411422/Draft_Minimalism_as_Quantitative_Ontology https://simoristvan.wordpress.com/2025/12/23/humanity-70x-heavier-than-all-wild-mammals/ https://vbn.aau.dk/files/462317424/J_of_Industrial_Ecology_2021_Ghose_A_core_ontology_for_modeling_life_cycle_sustainability_assessment_on_the_Semantic.pdf https://journalofsocialontology.org/index.php/jso/issue/view/667 https://simoristvan.wordpress.com/tag/biosphere-flux-consciousness-systems-theory-phenomenology-noocracy-human-ai-coexistence-philosophy-of-science-systems-biology-interdisciplinary-research/ https://www.nature.com/articles/s41598-022-25278-z   Az élet kvantitatív ontológiája Többrétegű keretrendszer az evolúciós folytonossághoz és a szisztémás koherenciához (KO_1167_3700) Zenodo – Összefoglaló (Abstract / Description) Ez a monográfia egy új interdiszciplináris elméleti keretrendszert, a kvantitatív ontológiát (Quantitative Ontology, QO) mutatja be, amely az élet jelenségét nem statikus anyagi mennyiségek, hanem időben fenntartott fluxusok, információs mintázatok és átörökített koherencia alapján értelmezi. A munka a biológia, a rendszerelmélet, az információelmélet és a fenomenológia határterületén helyezkedik el. A tanulmány kiindulópontja egy alapvető nagyságrendi paradoxon: míg egy ember teljes élettartamára vetített kumulatív anyag- és energiaforgalma nagyságrendileg 10⁷ kg, addig a földi bioszféra globális anyagciklusai elérik a 10¹⁹ kg nagyságrendet. Ez a mintegy 12 nagyságrendnyi különbség ontológiai kérdéseket vet fel az egyéni létezés jelentőségéről, koherenciájáról és rendszerbeli szerepéről. E feszültség kezelésére a monográfia egy hatrétegű ontológiai modellt (B–A–C–D–E–F) vezet be, amely az életet az anyagi beágyazottságtól a kozmikus léptékig egységes struktúrában írja le: B – Anyagi beágyazottság (nyílt termodinamikai rendszer), A – Információs stabilitás (biológiai és öröklött mintázatok), C – Fenomenális emergencia (tudat és diszkontinuitás-kezelés), D – Transzindividuális kontinuum (kollektív emberi és mesterséges intelligencia), E – Temporális aszimmetria (időirány, felelősség), F – Kozmikus keret (az élet univerzális beágyazottsága). A munka központi tézise szerint az ember nem izolált entitás, hanem egy több milliárd éves kozmikus és biológiai folyamat lokálisan koherens fókuszpontja, ahol anyag, információ és tudat találkozik. Az ontológiai jelentőség nem tömegarányos, hanem a fenntartott szerveződési mintázatok komplexitásából fakad. A monográfia egy empirikusan tesztelhető kutatási irányt is kijelöl a SZAP (Systemic Awareness Pilot) protokoll formájában, amely nemlineáris idősorelemzések (pl. EEG-, HRV- és véletlenszám-generátor-adatok) segítségével vizsgálja, hogy az aktív és passzív tudati állapotok eltérő kauzális struktúrákat mutatnak-e. A SZAP nem kész eredményeket, hanem falszifikálható hipotéziseket kínál. A dokumentum egyben a Nookratikus Szintézis elméleti alapját is lefekteti, amely az emberi és mesterséges intelligencia együttműködését nem technológiai, hanem ontológiai és felelősségi kérdésként kezeli. A mű célja nem végső válaszok megadása, hanem egy olyan kvantitatív és filozófiai keret biztosítása, amelyben az élet, a tudat és a planetáris felelősség egységben értelmezhető.  
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