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The publication list includes core framework papers, methodological papers, validation studies, and exploratory extensions.
The publication record is organized to make the status of each contribution explicit. Framework papers, methodological work, validation studies, and exploratory extensions are listed separately rather than blended together.
Category
A framework paper on DAG-based descriptions of informational branching, records, and observation in quantum settings.
Sramek, P. (2026). Quantum Mechanics as Information Branching: A Formal DAG-Based Interpretation (1.0). Zenodo.
Category
A methodological paper that formalizes the multiscale decomposition used to separate lower-order and higher-order informational contributions.
Sramek, P. (2026). A Möbius-Inversion Enhanced Formalism for Multiscale Information Dynamics in the DAGI Framework (1.0). Zenodo.
A methodological paper deriving a Fibonacci-style recurrence from one-step record maturation and testing the construction on IBM Fez hardware.
Sramek, P. (2026). Fibonacci Recurrence from One-Step Record Maturation: Theory and Hardware Validation on IBM Fez (1.0). Zenodo.
Category
A living-systems validation study applying triadic and higher-order DAGI metrics to acute myeloid leukemia network structure.
Sramek, P. (2026). Directed Acyclic Graph Information in Living Systems: Validation of Triadic and Higher-Order Metrics on Acute Myeloid Leukemia Networks (1.0). Zenodo.
A bio-validation paper applying multiscale DAGI decomposition to cancer drug-synergy structure in the NCI-ALMANAC dataset.
Sramek, P. (2026). Multiscale DAGI Validation on Cancer Drug Synergy: Information-Theoretic Decomposition of the NCI-ALMANAC (1.0). Zenodo.
A validation paper combining MI metrics, GRR time-dilation tests on IBM hardware, and Einstein-surrogate closure in large-scale simulation.
Sramek, P. (2026). DAGI-ESG Validation: MI Metric, GRR Time Dilation on ibm fez, and Einstein-Surrogate Closure in a 10k-Node Simulation (1.0). Zenodo.
A validation experiment on IBM hardware demonstrating threshold-lock behavior for high-order DAGI structure through page-time synergy signatures.
Sramek, P. (2026). A Page-Time Synergy Peak on IBM Quantum Hardware: Threshold-Lock Demonstration of High-Order DAGI Structure on ibm_torino. Zenodo.
A hardware-oriented validation study using a modular ridge signature to track high-order synergistic information in DAGI experiments.
Sramek, P. (2026). Hardware Validation of DAGI via a Modular "Ridge" Signature and High-Order Synergistic Information (1.0). Zenodo.
A validation-focused arXiv paper on observable-conditioned backaction in dynamic circuits with a higher-order context-conditioned kernel.
Sramek, P. (2026). Observable-Conditioned Backaction in Dynamic Circuits: A Higher-Order Context-Conditioned Kernel for Local Dynamics. arXiv:2603.18381 [quant-ph].
A validation study examining record formation, erasure dynamics, and distributed witness sensitivity on IBM quantum hardware.
Sramek, P. (2026). Record, Erasure, and Distributed Witness Sensitivity on IBM Quantum Hardware: A DAGI Validation Study (1.0). Zenodo.
A validation report testing whether local dynamics can be induced by pure higher-order context in controlled IBM quantum hardware settings.
Sramek, P. (2026). A6: Context-Dependent Local Dynamics from Pure Higher-Order Context on IBM Quantum Hardware (0.9). Zenodo.
A validation experiment on superconducting hardware focused on programmable which-path tagging and conditional interference restoration.
Sramek, P. (2026). A6.2: Programmable Global Which-Path Tagging and Conditional Interference Restoration on Superconducting Quantum Hardware (0.9). Zenodo.
An experimental validation paper applying multiscale information decomposition to quantum Darwinism in the DAGI framework.
Sramek, P. (2026). Experimental Validation of the DAGI Framework: Multiscale Information Decomposition of Quantum Darwinism (1.0). Zenodo.
A hardware-validated DAGI study proposing observable-selective branching as a topological resolution framework for Wigner's Friend.
Sramek, P. (2026). Observable-Selective Branching: A Hardware-Validated Topological Resolution to the Wigner's Friend Paradox (1.0). Zenodo.
A validation study using controlled code-based settings to test whether the framework captures expected threshold structure.
Sramek, P. (2026). Multiscale DAGI Validation in Holographic Stabilizer Codes: Möbius Decomposition Confirms Entanglement Wedge Thresholds (1.0). Zenodo.
A quantum hardware validation study designed to distinguish pairwise explanations from genuinely collective higher-order effects.
Sramek, P. (2026). Hardware Falsification of Pairwise-Only Explanations via Möbius High-Order Information: A1/A1b "Pairwise-vs-3-Body" HOIC Experiment on IBM Torino (1.0). Zenodo.
A validation-oriented hardware study examining whether irreversibility-linked signatures can be measured in superconducting processor experiments.
Sramek, P. (2026). Informational Time Dilation on a Superconducting Quantum Processor: Schedule-Matched Evidence for Irreversibility-Controlled Clock Slowdown and a Candidate Microscopic Primitive for Emergent g00 (1.0). Zenodo.
Category
An exploratory study on informational thresholds in living systems, focusing on when DAG-based structure departs from redundancy plateaus.
Sramek, P. (2026). The Informational Threshold of Life: Breaking the Redundancy Plateau via Directed Acyclic Graphs (1.0). Zenodo.
An exploratory extension that studies whether informational synergies can support emergent geometric descriptions.
Sramek, P. (2026). Emergent Spacetime Geometry and the Einstein Equations from Möbius-Decomposed Informational Synergies in the DAGI Framework (1.0). Zenodo.
An exploratory extension studying bounded-curvature behavior and singularity-resolution hypotheses through combinatorial synergy saturation.
Sramek, P. (2026). Bounded Curvature and Singularity Resolution via Combinatorial Synergy Saturation in Emergent Gravity (1.0). Zenodo.
An exploratory paper proposing renormalized screen-source formulations with Fredholm reduction for late-time cosmology in the DAGI framework.
Sramek, P. (2026). Renormalized Screen Sources Instead of Bulk Vacuum Energy: Fredholm Reduction and Late-Time Cosmology in the DAGI Framework (1.0). Zenodo.