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Therepairer_Vol39no10_Oct1934 May 2026

Therepairer_Vol39no10_Oct1934

The Repairer

No abstract provided.


Therepairer_Vol39no9_Sept1934 May 2026

Therepairer_Vol39no9_Sept1934

The Repairer

No abstract provided.


Therepairer_Vol39no8_Aug1934 May 2026

Therepairer_Vol39no8_Aug1934

The Repairer

No abstract provided.


Therepairer_Vol39no7_July1934 May 2026

Therepairer_Vol39no7_July1934

The Repairer

No abstract provided.


Therepairer_Vol39no6_June1934 May 2026

Therepairer_Vol39no6_June1934

The Repairer

No abstract provided.


Therepairer_Vol38no11_Nov1933 May 2026

Therepairer_Vol38no11_Nov1933

The Repairer

No abstract provided.


Therepairer_Vol38no7_July1933 May 2026

Therepairer_Vol38no7_July1933

The Repairer

No abstract provided.


Therepairer_Vol38no6_June1933 May 2026

Therepairer_Vol38no6_June1933

The Repairer

No abstract provided.


Therepairer_Vol37no12_Dec1932 May 2026

Therepairer_Vol37no12_Dec1932

The Repairer

No abstract provided.


Therepairer_Vol37no11_Nov1932 May 2026

Therepairer_Vol37no11_Nov1932

The Repairer

No abstract provided.


Therepairer_Vol37no10_Oct1932 May 2026

Therepairer_Vol37no10_Oct1932

The Repairer

No abstract provided.


Therepairer_Vol37no8_Aug1932 May 2026

Therepairer_Vol37no8_Aug1932

The Repairer

No abstract provided.


Therepairer_Vol37no6_June1932 May 2026

Therepairer_Vol37no6_June1932

The Repairer

No abstract provided.


Therepairer_Vol37no4_April1932 May 2026

Therepairer_Vol37no4_April1932

The Repairer

No abstract provided.


Therepairer_Vol37no2_Feb1932 May 2026

Therepairer_Vol37no2_Feb1932

The Repairer

No abstract provided.


Therepairer_Vol36no12_Dec1931 May 2026

Therepairer_Vol36no12_Dec1931

The Repairer

No abstract provided.


Therepairer_Vol36no10_Oct1931 May 2026

Therepairer_Vol36no10_Oct1931

The Repairer

No abstract provided.


Therepairer_Vol36no9_Sept1931 May 2026

Therepairer_Vol36no9_Sept1931

The Repairer

No abstract provided.


Therepairer_Vol36no8_Aug1931 May 2026

Therepairer_Vol36no8_Aug1931

The Repairer

No abstract provided.


Therepairer_Vol36no3_March1931 May 2026

Therepairer_Vol36no3_March1931

The Repairer

No abstract provided.


Therepairer_Vol36no1_Jan1931 May 2026

Therepairer_Vol36no1_Jan1931

The Repairer

No abstract provided.


Quantum‑Enhanced Wearable Diagnostic Device, Bala Surya Kiran Rumpavalasa, Sumedha Ghuliani May 2026

Quantum‑Enhanced Wearable Diagnostic Device, Bala Surya Kiran Rumpavalasa, Sumedha Ghuliani

Defensive Publications Series

Current medical diagnostics for systemic pathologies, which may rely on periodic and invasive clinical procedures, create a gap where sub-cellular shifts may progress undetected until physical symptoms manifest. Existing wearable biometric devices evaluate macro-level physiological lagging indicators and may lack the sensitivity to detect underlying atomic or chemical drivers of disease. Further, internal electromagnetic interference within consumer electronics may disrupt high-sensitivity quantum probes. This disclosure describes a computing device (the “device”) that utilizes a system-in-package containing synthetic diamond enriched with nitrogen-vacancy centers. A nested mu-metal shield encases the hardware to create a quiet zone, which allows the device to perform …


Zenbrain: A Neuroscience-Inspired 7-Layer Memory Architecture For Autonomous Ai Systems (V7), Alexander Bering May 2026

Zenbrain: A Neuroscience-Inspired 7-Layer Memory Architecture For Autonomous Ai Systems (V7), Alexander Bering

Defensive Publications Series

ZenBrain is an open-source memory architecture for autonomous AI systems implementing seven distinct memory layers inspired by cognitive neuroscience: working, short-term, episodic, long-term, procedural, core, and predictive memory. A unified MemoryCoordinator integrates fifteen validated neuroscience mechanisms — nine foundational algorithms (vmPFC-coupled FSRS spaced repetition with prediction-error gating, two-factor synaptic Hebbian dynamics for knowledge graphs, simulation-selection sleep consolidation modeling hippocampal replay, Bayesian confidence propagation, compositional context embeddings, spectral knowledge-graph health monitoring, context-adaptive information-bottleneck budgeting, dual-process chain-of-thought consolidation, and iMAD selective debate) and six Predictive Memory Architecture (PMA) components: NeuromodulatorEngine (dopamine/norepinephrine/serotonin/acetylcholine tonic levels with phasic prediction-error bursts and opponent-process dynamics), ReconsolidationEngine (memory …


Framework For Autonomous Agent Resilience Via Self-Correcting Execution Loops, Michael Kochera May 2026

Framework For Autonomous Agent Resilience Via Self-Correcting Execution Loops, Michael Kochera

Defensive Publications Series

Autonomous agents in complex workflows can be unreliable, potentially failing due to semantic errors, for example, incorrect tool usage, model hallucinations, or malformed outputs, which may not be addressed by some system-level fault tolerance methods. A resilient agent framework can introduce self-correction loops at the individual agent-execution level. The framework may operate by intercepting and validating an agent's actions; if a failure is detected, it can provide structured, context-aware feedback, enabling the agent to use in-context learning to self-correct and retry its immediate task. This approach improves the reliability of autonomous agents by helping to resolve semantic errors, reducing a …


The Picture Exchange Communication System (Pecs) As A Functional Form Of Low-Technology Aided Augmentative And Alternative Communication (Aac): A Systematic Review, Faith K. Curran May 2026

The Picture Exchange Communication System (Pecs) As A Functional Form Of Low-Technology Aided Augmentative And Alternative Communication (Aac): A Systematic Review, Faith K. Curran

Pacific Journal of Health

This systematic literature review was completed with the aim of investigating the functionality of the low-technology aided Augmentative and Alternative Communication (AAC), Picture Exchange Communication System (PECS). In this review, functionality was defined by how successful AAC users used PECS. Fifteen peer reviewed primary sources which were published between 2020 and 2025 were selected to provide a current and relevant analysis. There was not enough current research to support the use of PECS across various functions of language. However, PECS is mainly used for one to two language functions, object requesting and commenting. Further research studying the success rates of …


Therepairer_Vol33no12_Dec1928 May 2026

Therepairer_Vol33no12_Dec1928

The Repairer

No abstract provided.


Therepairer_Vol33no11_Nov1928 May 2026

Therepairer_Vol33no11_Nov1928

The Repairer

No abstract provided.


Therepairer_Vol33no10_Oct1928 May 2026

Therepairer_Vol33no10_Oct1928

The Repairer

No abstract provided.


Therepairer_Vol33no9_Sept1928 May 2026

Therepairer_Vol33no9_Sept1928

The Repairer

No abstract provided.


Therepairer_Vol33no8_Aug1928 May 2026

Therepairer_Vol33no8_Aug1928

The Repairer

No abstract provided.