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Mgrre_Thinsections_Mgrre_11_12, Mgrre

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The Missouri Miner, November 10, 2016

The Missouri Miner Newspaper

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Mgrre_Thinsections_Mgrre_11_11, Mgrre

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Mgrre_Thinsections_Mgrre_11_10, Mgrre

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Mgrre_Thinsections_Mgrre_11_9, Mgrre

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Mgrre_Thinsections_Mgrre_11_8, Mgrre

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Mgrre_Thinsections_Mgrre_11_7, Mgrre

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Strength On Wheels Improves Exercise Motivation In Homebound Older Adults, Supraja Kadagandla

Summer Research Program Abstracts

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Mgrre_Thinsections_Mgrre_11_6, Mgrre

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Mgrre_Thinsections_Mgrre_11_5, Mgrre

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Mgrre_Thinsections_Mgrre_11_4, Mgrre

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November 2026 Faculty Senate Packet, University Of Nebraska At Kearney Faculty Senate

Faculty Senate Packets

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The Floating Variable Fallacy: Explicit Rejection Of The Yang-Mills Mass Gap Manifesto Under Material Volumetric Monism, Christopher L. Eckes

Defensive Publications Series

This specification establishes a mathematically rigorous, standalone rejection of the Clay Mathematics Institute’s Yang-Mills Mass Gap problem. Mainstream theoretical physics has remained trapped within an institutional silo by attempting to define non-abelian gauge symmetries over an abstract, disembodied space-time continuum—an error defined here as the Floating Variable Fallacy. Under the strict physical laws of Material Volumetric Monism, any physical parameter or operator must map directly onto a non-vanishing material substrate volume. By replacing the unphysical concept of massless, zero-volume point particles with a continuous, viscoelastic fluid-dynamic medium, the mass gap crisis is exposed as an artifact of a flawed mathematical …

Non-Perturbative Spec-Matrix Constraints On Four-Dimensional Yang-Mills Continuum Existence And The Mass Gap, Christopher L. Eckes

Defensive Publications Series

This white paper presents a mathematically rigorous framework that resolves the four-dimensional Yang-Mills mass gap problem by projecting continuum non-abelian gauge fields onto the discrete matrix sub-state invariants of the Eckes SPEC architectural substrate. While recent computer-assisted breakthroughs in late October 2026 successfully established the continuous existence of Yang-Mills theories via Lean-verified extensions of Balaban lattice renormalization, they omitted the structural mechanics required to prove a strictly positive lower bound for the energy spectrum. By mapping the color SU(3) field strength tensor directly to a topologically constrained co-harmonic matrix space, we prove that the lowest non-trivial excitation energy above the …

Execution-Time Security For Ai Agents, Digital Transactions, Cloud Infrastructure, Cryptographic Signing, And Connected Devices, Sangam Kumar Das

Defensive Publications Series

A digital signature can be valid, an AI agent can be authenticated, and an API request can pass every security check—yet the resulting action may still be unauthorized.

Modern software increasingly performs actions without direct human supervision. Artificial intelligence (AI) agents can initiate payments, transfer digital assets, send information, execute code, modify cloud infrastructure, access protected services, and control connected devices. These operations often rely on established security mechanisms, including TLS, OAuth 2.0, digital signatures, API credentials, access-control policies, hardware security modules (HSMs), and trusted execution environments.

However, successful authentication does not necessarily establish that the exact operation about to …

A Valid Payment Credential Does Not Guarantee An Authorized Transaction: Real-Time Payment Security For Ai Agents, Banking, Cards, Stablecoins, And Digital Assets, Sangam Kumar Das

Defensive Publications Series

What happens when a payment is correctly authenticated but the wrong amount is transferred, the wrong recipient receives the money, or an AI agent makes a payment that was never actually approved?

Modern payment systems increasingly rely on automated software, artificial intelligence (AI) agents, digital wallets, banking APIs, payment processors, cryptographic signing services, and blockchain networks. Existing security technologies, including OAuth 2.0, multi-factor authentication, digital signatures, hardware security modules (HSMs), and transaction monitoring, provide important protections. However, these mechanisms do not necessarily establish that the final transaction being executed still matches the original authorization.

For example, an AI agent may …

Secure Ai Assistant Interoperability For Apple Siri, Ios And Android: Equal Third-Party Access With Hardware-Backed Security Under The Eu Digital Markets Act, Sangam Kumar Das

Defensive Publications Series

A Technical Architecture for AI Agent Authorization, Mobile Operating-System Security, Privacy-Preserving API Access, and Non-Discriminatory Platform Interoperability

Author: Sangam Kumar Das Affiliation: Independent Inventor and Researcher, India Technical Areas: AI Agent Security, Mobile Operating Systems, Platform Interoperability, Hardware Security, API Authorization, Privacy, and EU Digital Markets Act

Open-Access Technical Blueprint and Reference Implementation

Technical Blueprint to Deliver True Interoperability Without Ever Granting Unrestricted Authority, Europe's DMA Complient Solution for Apple Siri

Repository: Zenodo DOI: 10.5281/zenodo.22053979 Access: Open Access

The full publication provides the detailed security architecture, implementation alternatives, technical explanations, downloadable source materials, and reference implementations. Readers interested in the …

Meta Muse/Sentinel Vs Published 54 Days Earlier: Credential-Free Ai Agent Sandboxing And Host-Side Egress Gating In Wo 2026/150382, Sangam Kumar Das

Defensive Publications Series

Record type: prior-art notice and function-level technical comparison for Industry Validation Exercise.  

The Agent Asks, the Host Decides: Earlier Published Disclosure of Credential-Free Sandboxed AI Agents and Host-Side Egress Gating (WO 2026/150382, July 2026) Compared with Meta Muse/Sentinel

Full Report available at > https://zenodo.org/records/23040181

Summary : 

The problem. AI agents that write code, call APIs and act on external systems must be able to request actions without being able to carry them out on their own authority. If the agent holds real credentials, API keys or OAuth tokens, a prompt injection or compromised tool can turn those credentials into real-world effects. …

Tls Protects The Channel, Not The Consequence: A Pre-Execution Authorization Layer For Ai Agents, Payments, Networks And Machines, Sangam Kumar Das

Defensive Publications Series

In one line: A request can be delivered perfectly, over an encrypted HTTPS connection, to a genuine server, carrying a valid OAuth token, and still represent an action that nobody ever authorized. This disclosure adds the missing layer: each specific action is held until it is approved for that exact effect, at that exact destination, at that moment.

Filing history. The parent application, PCT/IB2026/055615, was filed on 4 June 2026 and published by WIPO on 16 July 2026 as WO 2026/150382. Its specification runs to 8,598 pages and sets out more than 300 distinct embodiments. It builds on an earlier …

Beyond Https And Oauth: Execution-Time Authorization Of Ai-Agent Actions At Network, Api, Cloud, And Hardware Enforcement Boundaries, Sangam Kumar Das

Defensive Publications Series

Why Existing Security Is Not Enough

HTTPS and TLS protect communication channels, OAuth provides delegated access authorization, and identity-management systems authenticate users and workloads. These mechanisms do not, by themselves, guarantee that a particular AI-generated command, API request, transaction, or device operation remains consistent with the exact action authorized by the user or governing policy at the moment of execution.

These mechanisms do not, by themselves, guarantee that a particular AI-generated command, API request, transaction, or device operation remains consistent with the exact action authorized by the user or governing policy at the moment of execution.

This technical disclosure describes …

From Intent To Effect: Catching False Success When Ai Agents, Networks, Devices, Robots And Payment Systems Report "Done", Sangam Kumar Das

Defensive Publications Series

TITLE

From Intent to Effect: Catching False Success When AI Agents, Networks, Devices, Robots and Payment Systems Report "Done"

ABSTRACT

Master Disclosure — AI Safety and Operational Consistency Technical Disclosure Series

In one line: An acknowledgement, success code or log entry is not proof that the authorized effect happened. This disclosure traces every downstream record back to the original authorized operation, verifies each condition with three-valued logic, and holds anything uncertain rather than guessing.

This technical disclosure presents a computer-implemented method, system and non-transitory computer-readable medium for intent-to-effect verification: determining whether what an autonomous, AI-driven or distributed system actually did …

Logged Is Not Done: Three-Valued Evidence Verification Of What Ai Agents, Networks, Payments, Hardware And Robots Actually Did, Sangam Kumar Das

Defensive Publications Series

Title - Logged Is Not Done: Three-Valued Evidence Verification of What AI Agents, Networks, Payments, Hardware and Robots Actually Did

ABSTRACT

Part 01 of 15 — AI Safety and Operational Consistency Technical Disclosure Series (Foundational Part)

In one line: A logged, accepted or "successful" operation is not proof that the intended effect happened. This disclosure checks source-qualified evidence and returns SUPPORTED, CONTRADICTED or UNRESOLVED, and that result never by itself authorizes any action.

Authentication, encryption, access control, transactions, logs and attestation each answer a different question. None of them alone establishes two things that AI-driven digital, network and physical systems …

Theoretic Framework Of Chromosomal Phase-Shifts In Oncogenesis, Peter Stevenson

Defensive Publications Series

This paper establishes a novel, deterministic paradigm unifying number theory, macro-structural wave mechanics, and cellular oncology. Traditional oncology treats malignant transformation as a stochastic sequence of chemical modifications. This framework rejects pure stochasticity, demonstrating that the chromosome acts as a macroscopic, vibrating acoustic antenna.

Helpful Potato: Using A Smartphone As The Hands And Eyes For An Ai Agent To Operate A Separate Computer, Traveler Hacker

Defensive Publications Series

A system and method that repurposes an ordinary smartphone (including a retired one) as the input devices and camera for an AI agent operating a separate, unmodified computer. The phone acts as the hands by presenting itself as a keyboard and mouse to the target, over Bluetooth HID, a USB serial-to-HID bridge such as a CH9329, or other transports, and as the eyes by aiming its camera at the target's screen and streaming frames or live video to a controlling agent. No software is installed on the target, which sees only a standard input device. A host coordinates the loop: …

Gci-Pher-1.0 Hydrodynamic Turgor-Resonance And Hydration-Interface Modification Engine For Research Into Physical Viral Inactivation, Michael Victor Caldwell Mr.

Defensive Publications Series

GCI-PHER-1.0 proposes a modular physical-processing architecture intended to investigate whether differences in viral particle structure, mechanical properties, hydration interfaces and acoustic susceptibility can be exploited to reduce viral infectivity.

The proposed concept combines three research areas:

1. Hydration-interface and dielectric-field modification.

2. Differential acoustic and mechanical susceptibility.

3. Engineered microfluidic transport and particle-retention structures.

The underlying hypothesis is that viral particles may respond differently from surrounding biological materials when exposed to carefully characterized physical conditions.

Rather than relying exclusively on chemical antiviral compounds, the proposed system investigates whether physical mechanisms could contribute to viral structural destabilization, loss of infectivity or subsequent particle separation. …

Technical Disclosure Specification: Spec-352-Monolith: Unified Propulsion, Containment, And Life-Support Architecture For Extreme Environment Celestial Operations, Christopher L. Eckes

Defensive Publications Series

SPEC-352-MONOLITH establishes the unified, multi-planetary operations architecture for deep-space transit, planetary colonization, and surface exploration. By discarding traditional, mass-heavy passive shields across all structural nodes, this specification implements a closed-loop thermodynamic ecosystem based on the principles of Material Volumetric Monism. High-velocity aneurotic fusion plasma beams provide long-range propellantless thrust vectors via high-temperature superconducting (HTS) magnetic mirrors. Localized boundary layers are actively harvested using magnetohydrodynamic (MHD) conversion rings, generating the megawatt-scale electricity needed to feed active field shields, sustain 6-layer decoupled acoustic habitat shells (RBAAM-6), and power micro-porous transpiration space suits. The resulting system transforms external hazards—such as hyper-corrosive atmospheres, crushing …

Technical Disclosure Specification: Spec-351-Core: Saving Hubble Telescope Using Electromagnetic Beam Via Eddy Current Repulsion, Christopher L. Eckes

Defensive Publications Series

SPEC-351-CORE establishes a rigorous, non-contact orbital re-boost methodology designed to counteract atmospheric decay in Low Earth Orbit (LEO) civilian science assets, specifically optimized for the structural parameters of the Hubble Space Telescope (HST). Traditional interventions introduce unacceptable mechanical collision vectors, contamination risks, and immense structural loads to aging spacecraft hulls. This specification eliminates physical contact by utilizing high-temperature superconducting (HTS) magnetic arrays mounted on an autonomous chaser vehicle to induce localized, time-varying eddy currents within the target's conductive aluminum shell. By applying the principles of Material Volumetric Monism and Conformal Metric-Shift Mechanics, the induced magnetic fields synthesize a controlled, repulsive …

Spec-344: Strategic Infrastructure Briefing: Non-Entropy Macro-Kernel Compiler Integration, Christopher L. Eckes

Defensive Publications Series

This paper presents the formal theoretical framework, mathematical validations, and structural engineering implementations of a non-entropy macro-kernel compiler integration that resolves the thermodynamic scaling wall and semantic drift inherent to current large-scale AI cluster computing. By abandoning the traditional abstraction of software instructions as arbitrary geometric state modifications and mapping token pipelines to a 2D viscoelastic fluid substrate—isomorphic to the Unified Cosmological Substrate Equations (UCSE) and Dimensionally Extended Holographic Projection (DEHP)—we show that computing clusters can be governed via deterministic fluid dynamics. We derive low-level routing protocols through Landauer's erasure limit to systematically mitigate parameter drift (\(\Delta _{dev}\)). This approach …

The Tsirelson Bound (Non) Barrier, Peter Stevenson

Defensive Publications Series

Continuing the works of paper 13657, specifically identifying the true nature of the Tsirelson Bound

The Dual-Wave Cosmos, Peter Stevenson

Defensive Publications Series

Simplifying the foundational mechanics of cosmological distribution. A critique of the Copenhagen Interpretation that siloes great thinkers and suggests the unknowability of structures