2026-05-24 · Zenodo ( CERN )
PSI: Predicting Instability and Critical Transitions in Financial Markets
Frames financial markets through PSI as systems of critical transitions, volatility and loss of relaxation stability.
10.5281/zenodo.20364144
Status: Current PSI branch; applied stability framework, public ORCID record.
2026-05-18 · Zenodo ( CERN )
PSI: A Relaxation-Based Framework for Critical Volcanic Transitions
Extends PSI to geophysical systems and treats eruption risk as degradation of recovery dynamics.
10.5281/zenodo.20277063
Status: Current PSI branch; applied stability framework, public ORCID record.
2026-04-12 · Zenodo ( CERN )
R-Universe: A Minimal Extension of ΛCDM Preferred by Late-Time Expansion Data
Latest public formulation of R-Universe as a minimal extension of standard cosmology for late-time expansion.
10.5281/zenodo.19533572
Status: Current R-Universe cosmology line; earlier papers remain as development trace and later records refine them.
2026-04-03 · Zenodo ( CERN )
RG-Constrained Cosmology and the Origin of Horizon Entropy
Develops a renormalization-constrained view of horizon entropy and cosmological scales.
10.5281/zenodo.19393653
Status: Current R-Universe cosmology line; earlier papers remain as development trace and later records refine them.
2026-04-02 · Zenodo ( CERN )
Information–Energetic Thermodynamics (IET): Formal Definitions, Irreversible Decisions, and the VIRR Metric
Definitional IET paper: clarifies irreversible decisions, information loss and VIRR as a measurable rate of valid resolutions.
10.5281/zenodo.19392461
Status: Key current IET record: introduces VIRR as a metric of physical decision efficiency.
2026-04-01 · Zenodo ( CERN )
A Hidden One-Dimensional Invariant in Late-Time Cosmology
Identifies a one-dimensional invariant in late-time cosmology and prepares the R-Universe formulation.
10.5281/zenodo.19365588
Status: Current R-Universe cosmology line; earlier papers remain as development trace and later records refine them.
2026-03-21 · Zenodo ( CERN )
The R-Universe: A Renormalization-Group Origin of Dark Energy
Establishes the R-Universe interpretation of dark energy through renormalization flow and macroscopic stability.
10.5281/zenodo.19145471
Status: Current R-Universe cosmology line; earlier papers remain as development trace and later records refine them.
2026-03-13 · Public repository
Derivations and Structural Consequences of the R-Universe Framework
Expands the mathematical consequences of the R-Universe framework and links definitions to derived structures.
10.21203/rs.3.rs-9097693/v1
Status: Current R-Universe cosmology line; earlier papers remain as development trace and later records refine them.
2026-02-27 · Zenodo ( CERN )
Structural Compatibility of Exponential Stability: Spectral Gaps, Distinguishability Production, and Marginal Renormalization Flow
Analyzes compatibility of exponential stability, spectral gaps and marginal renormalization flow.
10.5281/zenodo.18804122
Status: Method paper on stability and compatibility; bridges cosmology and information-energetic work.
2026-02-18 · Public repository
The dimensionless energy information time invariant as a universal benchmark for reversibility in quantum and mesoscopic thermodynamics
Introduces the dimensionless energy-information-time invariant as a reversibility benchmark in quantum and mesoscopic systems.
10.21203/rs.3.rs-8367476/v1
Status: Foundational Nt/Landauer line; later consolidated into the IET and VIRR framework.
2026-02-06 · Zenodo ( CERN )
Information–Energetic Limits of Irreversible Decisions in Modern Computing Architectures
Translates IET into a benchmark for modern computing architectures and energetic legitimacy of computation.
10.5281/zenodo.18509578
Status: Applied IET branch; extends the Nt invariant toward measurable limits of decision processes.
2026-01-27 · Zenodo ( CERN )
The Decision Loop as a Hidden Limit of the Effective Speed of Information Transfer
Describes the decision loop as a hidden limit on effective information transfer speed.
10.5281/zenodo.18394747
Status: Applied IET branch; extends the Nt invariant toward measurable limits of decision processes.
2026-01-26 · Zenodo ( CERN )
NeuRRAM with IET: A Revolutionary Quantum Leap of 66% Towards the Energetic Nirvana of Chip Architecture
Applies IET to the NeuRRAM architecture and compares reported efficiency with the physical limit.
10.5281/zenodo.18380321
Status: Applied IET branch; extends the Nt invariant toward measurable limits of decision processes.
2026-01-20 · Zenodo
Information–Energetic Limits of Irreversible Decisions in Particle Accelerators
Applies IET to accelerators, detection and data selection in extreme experimental metrology.
10.5281/zenodo.18313648
Status: Applied IET branch; extends the Nt invariant toward measurable limits of decision processes.
2026-01-04 · Public repository
IET: A Physical Analytical Method for Computing the Energy–Information–Time Relationship
Method paper defining how to compute the energy-information-time relationship for advanced architectures.
10.5281/zenodo.18146906
Status: Applied IET branch; extends the Nt invariant toward measurable limits of decision processes.
2025-11-08 · Zenodo
Qubit Efficiency at the Landauer Limit: the Energy-Information Invariant Ñt
Early paper on the Landauer limit and qubit efficiency through the Nt invariant.
10.5281/zenodo.17555326
Status: Foundational Nt/Landauer line; later consolidated into the IET and VIRR framework.
2025-11-08 · Zenodo
The ˜Nt Invariance Law: A Dimensionless Energy–Information–Time Constraint
Formulates the Nt invariance law as a dimensionless constraint linking energy, information and time.
10.5281/zenodo.17559914
Status: Foundational Nt/Landauer line; later consolidated into the IET and VIRR framework.
2025-11-05 · Zenodo
On-Chip Autonomous Maxwell’s Demon and the Critical Energy–Information Balance: Transparent and Fully Reproducible Derivation of the Dimensionless Invariant Ñt
Reproducible derivation of Nt through an on-chip autonomous Maxwell demon model.
10.13140/rg.2.2.22199.18086
Status: Foundational Nt/Landauer line; later consolidated into the IET and VIRR framework.
2025-11-01 · ResearchGate Preprint Repository
Experimental Validation of the Dimensionless Living Invariant Nt within the Scalar Conscious Field Hypothesis (SCFH–RMV)
Proposes an experimental validation protocol for SCFH-RMV and its living invariant.
10.13140/rg.2.2.12624.37128
Status: Historical and theoretical SCFH-RMV branch; kept as the original development frame and method archive.
2025-11-01 · Zenodo
Field-Theoretic Synthesis of Einstein–Cartan Geometry and Non-Equilibrium Information: The Universal Coherence Invariant
Synthesizes Einstein-Cartan geometry and non-equilibrium information through a coherence invariant.
10.5281/zenodo.17524116
Status: Historical and theoretical SCFH-RMV branch; kept as the original development frame and method archive.
2025-10-30 · Zenodo
The Landauer Experiment as a Direct Experimental Confirmation of the Dimensionless Invariant of SCFH–RMV
Interprets the Landauer experiment as support for the dimensionless invariant of SCFH-RMV.
10.5281/zenodo.17482161
Status: Foundational Nt/Landauer line; later consolidated into the IET and VIRR framework.
2025-10-29 · ResearchGate / Independent publication
Empirical Validation Protocol for the SCFH–RMV Framework (Version 2.0)
Version 2.0 validation methodology for SCFH-RMV, later extended and partly superseded by the IET/Nt line.
10.5281/zenodo.17522633
Status: Historical and theoretical SCFH-RMV branch; kept as the original development frame and method archive.
2025 · ResearchGate Preprint Repository
Scalar Conscious Field Hypothesis (SCFH–RMV): Unified Resonant Model of Reality Formation
Original theoretical formulation of SCFH-RMV, now treated as an early base for broader information-energetic work.
10.13140/rg.2.2.29036.22408
Status: Historical and theoretical SCFH-RMV branch; kept as the original development frame and method archive.