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Gci #16‑B — Vortex‑Inertial Magnetic Blood‑Plasma Purifier (Trl‑4/5 Research‑Validated Edition) A Continuous‑Flow, Non‑Clogging Extracorporeal Plasma Separation & Biomarker Enrichment System Using Dean‑Flow Inertial Microfluidics, Magnetophoretic Capture, And Ultrasonic Gyroid Regeneration, Michael Victor Caldwell Mr.

Defensive Publications Series

This disclosure presents a fully open‑hardware, continuous‑flow blood‑plasma purification and biomarker enrichment system designed for research‑only, non‑clinical, benchtop laboratory use. The system eliminates membrane clogging and reduces hemolysis by combining:

• Dean‑flow inertial microfluidics for plasma separation

• Aptamer‑functionalized superparamagnetic nanoparticles (SPIONs) for biomarker binding

• Open‑cell gyroid magnetic trapping for selective immobilization

• Pulsed ultrasonic regeneration for non‑chemical filter cleaning

All fabrication steps, assembly instructions, operational parameters, safety interlocks, and test‑bench validation procedures are included. No patents. No secrets. Fully reproducible.

Supporting inventions (optional, not required)

If labs want to cross‑reference related open‑hardware modules:

• UGCRM‑1.0 Gyroid Module → search “UGCRM‑1.0 Caldwell”

• J‑Groove Micro‑Mixers …

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Gci Oncology Suite V2.1 — Multi‑Modal Non‑Invasive Solid Tumor Therapy Platform (Trl‑4/5 Research‑Validated Edition), Michael Victor Caldwell Mr.

Defensive Publications Series

GCI Oncology Suite v2.1 is a unified, open‑hardware therapeutic research platform combining five validated subsystems to achieve 6.2× therapeutic bio‑delivery over standard acoustic vortex therapy (AVT) baselines while maintaining strict safety limits (PCD/TI < 0.7). The platform integrates:

• Acoustophoresis blood preparation

• Protein aggregate reduction

• Fermat spiral structural resonance alignment

• Microbubble vortex clustering (λ=1)

• Focused ultrasound (FUS) pre‑focus sequencing

This final integrated edition also incorporates FDMS‑1.0 and MMRA‑2.0, the only two inventions in your entire portfolio that meaningfully improve real‑world viability:

• FDMS‑1.0 → real‑time acoustic/thermal/cavitation mapping

• MMRA‑2.0 → resonance alignment for vortex stability and delivery precision

All fabrication, assembly, operational, sensing, safety, cleaning, and phantom‑testing procedures …

A Method And A System For Provisioning Virtual And Physical Card Accounts On Digital Wallets, Sushma Shetty, Manab Das, Mitchell L. Wright, Rohini Suren

Defensive Publications Series

Systems and methods are disclosed for provisioning virtual and physical card accounts onto digital wallets. Upon receiving a provisioning request, a server computer identifies an account type using internal database indicators and routes tokenization requests to an appropriate entity-an issuer for physical card accounts, and an issuer token service provider for virtual accounts. The invention eliminates a need for issuers to provide dedicated account ranges for virtual cards, supports provisioning on existing BIN ranges, and enhances issuer flexibility and commercial offerings in electronic payment systems. The system utilizes internal logic for the account type identification and routing, streamlining the provisioning …

An Adaptive Geometric Vector Encoding Language And Spatial-Harmonic Compiler For Topological Computing Engines, Christopher L. Eckes

Defensive Publications Series

This disclosure establishes a non-textual, multi-dimensional machine language and compiling framework optimized for two-dimensional quantum fluid and topological computing substrates. By replacing linear, binary assembly instruction sets (e.g., QASM) with spatial-harmonic vector topologies, programming commands are encoded directly as geometric phase deformations and wave-packet configurations. A bi-directional, reversible semantic compiler architecture is defined to eliminate information erasure latency and satisfy thermodynamic zero-emission constraints during algorithmic runtime execution.

Autonomous Multi-Agent System For Business Entity Discovery, Verification, And Enrichment, Sundeep Narravula, Manya Shettigar, Demetre Pipia, Roben Tan, Janga Aliminati

Defensive Publications Series

Existing methods for generating business prospects can have limitations related to latency, data inaccuracy, and information sparsity, which may result in outdated or irrelevant leads. A described autonomous, multi-agent system can utilize generative artificial intelligence models to help address these potential issues. The system can be configured with a hierarchical architecture where, for example, a master orchestrator agent can delegate specific tasks to specialized subagents for the discovery, verification, and firmographic enrichment of business entities. These agents can perform functions such as semantic web scanning, cognitive auditing of websites, and multi-source data validation. This approach may improve the timeliness, accuracy, …

Longitudinal Behavioral Delta Detection System And Method For Passive Multi-Modal Audio Analysis, Eric Zavesky

Defensive Publications Series

A system and method for passive longitudinal behavioral delta detection through multi-modal audio analysis is disclosed. The system comprises an edge audio capture device for continuously capturing ambient audio, an on-device multi-modal feature extraction pipeline extracting acoustic features as semantic-level representations, topic-level natural language embeddings without retaining specific words, behavioral graph topology interaction data, and classified non-verbal sound event frequency vectors, and a longitudinal delta detection engine computing temporal deltas at multiple resolutions against a historical baseline. A privacy architecture ensures on-device processing with content obliteration and hashed entity identity. A model adaptation layer provides supervised, unsupervised membership testing, and …

Real-Time Collaborative Generative Music Jamming On A Video Sharing Platform, D. Shin

Defensive Publications Series

This paper describes a real-time, multi-user music generation platform integrated into a video sharing platform, where many viewers jointly co-create a single evolving musical track during a live session. On such platforms viewers are typically passive consumers, and traditional digital audio workstations impose a high barrier to collaborative music-making. A generative music model synthesizes a cohesive track from simultaneous, heterogeneous inputs, including text prompts, hummed melodies, and Musical Instrument Digital Interface (MIDI) data. A harmonic consensus stage projects these inputs into a shared harmonic latent space, resolving conflicts among competing inputs into a single harmonic guide that fixes a unified …

Pipeline-Based Data Processing Method, System, And Hardware Apparatus, Jinhui Wu

Defensive Publications Series

Existing data processing systems universally adopt a centralized computing paradigm that relies on
complex operations, resulting in high computational resource consumption and significant bandwidth
redundancy. This paper proposes a data processing method, system, and hardware apparatus based on a
Pipeline Array, wherein input data is distributed across multiple independent Pipelines. Each Pipeline
independently maintains a state value, compares the input against its state, outputs upon change, Blocks
when unchanged, and independently updates its state value. Founded on the Zero-Computation Property
(core operations are comparison and assignment only), the system comprises Pipeline, State Storage,
Compare, Output Control, and State Update modules. …

A Fluid-Dynamic Architecture For Topological Qubit Protection Against Phononic Decoherence, Christopher L. Eckes

Defensive Publications Series

This disclosure formalizes a non-particle engineering framework for stabilizing quantum states against environment-induced decoherence using topological surface harmonics. By reinterpreting qubits as localized vertical tension fields on a discrete two-dimensional information fluid substrate (\(z=0\)), phase stability is established via passive geometric vortex compaction and time-periodic (Floquet) symmetry protection fields rather than active physical isolation. Real-world laboratory verification testing protocols using fractional quantum Hall two-dimensional electron gases (2DEGs), topological acoustic metamaterials, and cascaded superconducting waveguides are explicitly defined to provide prior art for scalable quantum computing architectures.

Real-Time Temporal-Consistent Virtual Attire Synthesis And Occlusion Handling In Video Communication Interfaces, Richa Gupta

Defensive Publications Series

Professionals in hybrid and remote work environments frequently face challenges transitioning between casual attire and business-appropriate clothing for unexpected or back-toback video calls. Existing solutions such as virtual try-on engines, three-dimensional (3D) avatars, and facial augmented reality (AR) filters suffer from limitations including offline processing requirements, loss of authentic human presence, and inability to handle body apparel dynamics. The disclosed technology provides a digital wardrobe system integrated into video communication pre-call interfaces, utilizing edge-based neural rendering to synthesize realistic clothing over live video streams. The system employs neural fabric anchoring with pose estimation for temporal stability, and a real-time depth-based …

Southern Studies Alumna Combines Research And Storytelling At Espn, Rebecca Lauck Cleary

University of Mississippi News

OXFORD, Miss. – The foundation for Liza-Handly Hughes' storytelling ability was cemented at the University of Mississippi's Center for the Study of Southern Culture. Now, the recent alumna puts those skills to use as a sports content researcher for ESPN.

Characterizing Candidate Blazar Counterparts Of The Ultra-High-Energy Event Km3-230213a, O. Adriani, S. Aiello, A. Albert, A. R. Alhebsi, M. Alshamsi, S. Alves Garre, S. Rani, Et Al.

Michigan Tech Publications

High-energy astrophysical neutrinos serve as crucial messengers for understanding hadronic acceleration processes and identifying the origins of cosmic rays, with blazars among the most promising neutrino sources. The KM3NeT experiment reported the detection of an ultrahigh-energy neutrino with an energy estimate of ∼220 PeV, the most energetic yet observed. The neutrino arrival direction has a 99% confidence region of 3° radius centered at R.A. 94 (Formula presented) .° 3, decl. −7 (Formula presented) .° 8 (J2000). In this work, 17 candidate blazars located within this region are identified. Comprehensive new observations and archival data analysis for these sources are presented. …

Who Controls The Block? How States Can Regulate Tokenized Residential Real Estate, David J. Reiss, Joseph Bizub, Justin Peralta

Cornell Law Faculty Working Papers

In July 2025, the City of Detroit filed a major nuisance abatement action against RealT, a fintech that had sold blockchain-based fractional interests in more than four hundred Detroit rental properties to some 22,000 investors around the world. Within a year, a court had ordered the company’s rents into escrow, the company had conceded to its investors that its “model no longer works,” and it had announced the liquidation of its portfolio -- leaving tenants without basic services and token holders facing steep losses.

This article uses the rise and collapse of RealT, together with case studies of the other …

Linear Relationships Of Gibbs Free Energy For Rare Earth Element Oxide, Hydroxide, Chloride, Fluoride, Carbonate, Ferrite, And Zirconate Minerals And Crystalline Solids, Ruiguang Pan, Alexander P. Gysi, Artaches A. Migdisov, Nicole C. Hurtig, Chen Zhu

Electrical and Computer Engineering Faculty Research & Creative Works

Rare Earth Elements (REE) are classified as critical minerals and materials essential for the transition from fossil fuels to renewable and clean energy. Accurate thermodynamic properties of REE minerals and other crystalline solids are crucial for geochemical modeling of REE speciation, solubility, and transport in ore deposits and for extraction, chemical processing, and recycling. However, the standard Gibbs free energy of formation (∆Gof,REEX) for these solids vary by 10s kJ mol−1 across different sources from literature. We applied the Sverjensky linear free energy relationship (LFER) to evaluate internal consistency for isostructural REE solid groups and predicted ∆Gof values for solid …

The Computed Microwave Spectrum Of The Protonated Fullerene C60H+, Laszlo Nemes, Jos Oomens, Vincent J. Esposito, Vincent Boudon, Alexander G. G. M. Tielens

Biology, Chemistry, and Environmental Sciences Faculty Articles and Research

The largest known molecule in the interstellar medium of galaxies, C₆₀, has been detected in its neutral and cationic form through its vibrational, UV-driven fluorescence emission spectrum and its electronic absorption spectrum, respectively. The detection of several polycyclic aromatic hydrocarbon molecules through their pure rotation spectrum in cold, dense, molecular cloud cores suggests that C₆₀ might be present in these environments as well. The low flux of UV pumping photons in molecular cloud cores and the absence of suitably bright background stars, make detection of C₆₀ and its cation through the commonly used methods impractical. As …

Cristofer Ortega-Varela V. Attorney General United States Of America

2026 Decisions

Agency

Bezalel Grossberger V. Robert Cormack

2026 Decisions

USDC for the District of New Jersey

Eric Weiss V. Deborah Posner

2026 Decisions

USDC for the District of New Jersey

Samson Orusa V. Warden Allenwood Fci

2026 Decisions

USDC for the Middle District of Pennsylvania

Usa V. Jamal Gwaltney

2026 Decisions

USDC for the Middle District of Pennsylvania

Fraction-Seq: An Integrated Experimental And Computational Workflow For Determining The Localization And Abundance Of Small Non-Coding Rnas In Subcellular Compartments, Siddhartha Shah, Tess Cherlin, Yi Jing, Stepan Nersisyan, Benjamin E. Leiby, Isidore Rigoutsos

Computational Medicine Center Faculty Papers

Small non-coding RNAs (sncRNAs) have garnered considerable attention in recent years, following accumulating evidence of their critical roles in many cellular processes. Among sncRNAs, microRNAs (miRNAs) and their isoforms (isomiRs), tRNA-derived fragments (tRFs), rRNA-derived fragments (rRFs), and Y RNA-derived fragments (yRFs) account for more than 95% of all sncRNAs found in cells. Despite their critical regulatory roles, most sncRNAs remain uncharacterized because their functionalization is a lengthy and challenging undertaking. Knowing an sncRNA's abundance helps prioritize among the various choices, while knowing where it localizes in the cell greatly limits the number and identity of its potential targets and helps …

Research And Innovation Update, August 5, 2026, Office Of The Vice President For Research And Innovation

Office of Research, Economic Engagement and Outreach

No abstract provided.

This Platform Combines Multiple Learning Resources. That Creates Some Challenges., Janice Schuster

Library Faculty and Staff papers

No abstract provided.

Modeling Formation Of Turbulent Sporadic-E Clouds Using Realistic Wind Data, Aaron M. Schinder, Kenneth S. Obenberger, Jorge L. Chau, Juan M. Urco, Matthias Clahsen, Benjamin F. Akers, Daniel J. Emmons

Faculty Publications

A high resolution two-dimensional multi-fluid model of sporadic-E layers was developed and driven with physically realistic mesosphere, lower thermosphere (MLT) winds measured over Albuquerque, New Mexico. The realistic E-region winds are produced by the HYdrodynamic Point-wise Environment Reconstructor (HYPER) model that ingests meteor derived wind observations from a Spread-spectrum Interferometric Multistatic meteor radar Observing Network (SIMONe) system combined with the Navier-Stokes equations to provide high resolution three-dimensional wind fields over time. Sporadic-E dynamics are simulated using both realistic winds from HYPER as well as idealized hyperbolic tangent windshears to compare and contrast. Overall, the model shows greater inhomogeneity and irregularity …

Impacts Of Storms On Great Bay Water Quality And Estimating Discharge In Great Bay Tributaries, Jody D. Potter, William H. Mcdowell, Michelle Daley Shattuck, Kalle Matso

PREP Reports & Publications

No abstract provided.

A New U! University Of North Alabama Homecoming, University Of North Alabama

Documents

1974 University of North Alabama Homecoming program

Florence State Homecoming 1961 Program, Florence State College

Documents

Florence State College Homecoming Schedule of Events, 1961.

General Program State Teachers College 1951 Homecoming, Florence State Teachers College

Documents

"Share the Fun in '51" homecoming activities at Florence State Teachers College

Chronic Hiv And The Emerging Threat Of Neurodegeneration In The Aging Population, Delilah Frey, Isabella Lagunzad, Andrew Meltzer

URGENT Matters

No abstract provided.

A Novel Role For The Infralimbic Cortex In Conditioned Fear Responding, Julia R. Mitchell, Samantha Tuberman, Rylin Lubash, Leticia C. N. Takasumi, Emmett Bergeron, Roberto Calitri, Mikaela A. Laine, Maryclare Pikus, Victoria Vance, Leena Ziane, Rebecca M. Shansky

Neuroscience: Faculty Publications

Freezing during Pavlovian fear conditioning is the most commonly used indicator of learned fear in rodents. Although freezing and its neural underpinnings have been widely studied, the field has largely ignored other potential indicators of learned fear. Darting, an escape-like conditioned fear response, occurs more frequently in females and is reliably predicted by a distinct behavioral phenotype: heightened shock response and decreased freezing compared to rodents that do not engage in darting. The experiments in this study sought to expand the field’s understanding of conditioned fear by investigating the neural correlates of conditioned darting, focusing on the infralimbic cortex (IL) …