GlassBury AI combines agentic patient matching with culturally sensitive community education to eliminate healthcare disparities. By pairing AI with expert-curated workshops, we build the trust necessary to connect underrepresented patients with life-changing clinical trials.

Clinical Trials, Algorithms, Big Pharma Corey Hubbard Clinical Trials, Algorithms, Big Pharma Corey Hubbard

GlassBury Insight: The 7 Alzheimer’s Breakthroughs of 2026

Welcome to the GlassBury Insight Series. As we navigate the midpoint of 2026, the landscape of neurodegenerative research has shifted from cautious optimism to a full-throttle revolution. The "inevitability" of cognitive decline is being dismantled by a new guard of precision diagnostics and bio-digital interventions.

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DARPA, Algorithms, Health Equity Corey Hubbard DARPA, Algorithms, Health Equity Corey Hubbard

The Hidden Danger: How AI Bias in Healthcare Can Harm Patients, and 15 Ways to Fix It

Artificial intelligence (AI) is rapidly moving from science fiction into everyday clinical settings and public health systems, especially with its accelerated use during the COVID-19 pandemic. These sophisticated applications, such as machine learning and deep learning, have enormous potential to revolutionize medicine, making care fairer and better overall. However, this powerful technology carries an enormous risk: if AI systems are not carefully designed, deployed, and monitored, they can deepen or reinforce existing health inequalities.

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Digital Innovation, Algorithms, SEC Corey Hubbard Digital Innovation, Algorithms, SEC Corey Hubbard

Ditch the Beta: Why AI is the New Cost of Capital King (And Why Your CFO Should Care)

Corporate financial strategy hinges on the ability of management to make optimal investment decisions, typically defined by two primary rationales: maximizing profit and/or maximizing market value. An asset should only be acquired if the expected rate of return surpasses the interest rate (profit maximization) or if the cost of acquisition is less than the value it adds to the corporation’s market value

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DARPA, AI/ML, Algorithms Corey Hubbard DARPA, AI/ML, Algorithms Corey Hubbard

Stop Digging: Why AI and Machine Learning Are Making Traditional Mining Obsolete.

The global mining industry faces relentless pressure to "do more with less," struggling to meet massive material demands while constrained by costs, resource scarcity, and safety imperatives. In response, a powerful new technological revolution is sweeping through the sector: Artificial Intelligence (AI). This is not merely an incremental improvement; it is a fundamental redefinition of how minerals are found, extracted, processed, and transported. Technologies like machine learning (ML), deep learning

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Algorithms, Funding, Startups Corey Hubbard Algorithms, Funding, Startups Corey Hubbard

Stop Waiting 10 Years to Sell Your Shares: The Blockchain Upgrade for Venture Capital (and Why Your Banker Hates It)

Venture Capital (VC) has always been the financial engine that fuels innovation and supports new businesses. However, for decades, this powerful engine was mostly accessible only to the ultra-wealthy, large institutions like pension funds, insurance companies, and very rich individuals. Traditional VC operated within a constrained framework, burdened by high minimum investment requirements, a significant lack of liquidity, and long lock-up periods

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Clinical Trials, FDA, Algorithms, Digital Age Corey Hubbard Clinical Trials, FDA, Algorithms, Digital Age Corey Hubbard

Move Over, Internet: Why AI and Blockchain Are the New Bosses of Drug Trials (And How to Keep Your Job)

Clinical trials—the complex, lengthy process of testing new medicines—are facing a fundamental transformation, driven less by new drugs themselves and more by powerful, foundational technology. According to industry experts, the framework of future clinical trials will rely on artificial intelligence (AI) and blockchain technology to an extent previously unseen

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NASA, Research, DARPA, Algorithms Corey Hubbard NASA, Research, DARPA, Algorithms Corey Hubbard

Cosmic Giants: How Alien AI May Be Building Megastructures Around Dark Matter Black Holes

For generations, the profound question, "Are we alone?", has driven human curiosity, evolving from ancient philosophical debates to the sophisticated scientific investigation known today as astrobiology. While the initial search for extraterrestrial life focused on finding simple biological systems or listening for intelligent radio signals (SETI)

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Algorithms, Digital Assistants, NSF Corey Hubbard Algorithms, Digital Assistants, NSF Corey Hubbard

AI & ChatGPT: Revolutionizing Software Development for Enhanced Productivity

This thesis comprehensively explores the transformative role of Artificial Intelligence (AI), with a specific focus on ChatGPT, in reshaping software engineering practices. Employing a qualitative methodology complemented by practical experiments, the study investigates AI's impact on automated code generation, intelligent debugging

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Creativity, Algorithms, DARPA Corey Hubbard Creativity, Algorithms, DARPA Corey Hubbard

Mobile AI Chaos Solved? M4's Firmware-Like LLM Brain Takes Control!

Tired of fragmented mobile AI? Meet M4, the pioneering OS-hardware co-managed foundation model acting like firmware for your smartphone! This LLM-powered solution tackles 38+ diverse tasks across vision, language, audio, and multimodal inputs with accuracy parity in 85% of cases. M4 dramatically simplifies NPU design and boosts on-device intelligence and data privacy, overcoming the "ad-hoc" mess with lightweight "adapters" and significantly fewer operators. Get ready for mobile AI that finally makes sense!

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Digital Innovation, Algorithms, DARPA Corey Hubbard Digital Innovation, Algorithms, DARPA Corey Hubbard

Supercharging AI Startups: Unleashing the Power of Atom-Searcher for Next-Gen Deep Research

In the rapidly evolving landscape of artificial intelligence, Large Language Models (LLMs) have demonstrated astonishing abilities in understanding language and performing logical reasoning. However, when faced with truly complex problems that demand up-to-date or specialized knowledge, these models often hit a wall because their internal knowledge is static, like a library that hasn't been updated in years. To overcome this, a technique called Retrieval-Augmented Generation (RAG) emerged

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Research, Algorithms, Digital Innovation Corey Hubbard Research, Algorithms, Digital Innovation Corey Hubbard

Rollercoasters, Revenue, & Robots: How AI is Predicting Your Next Theme Park Throng (and Saving Some Serious Cash!)

Imagine running a bustling amusement park, complete with thrilling rides, splashy water slides, and delicious food stalls. Every day presents a new challenge: how many staff do you need to ensure everyone has a fantastic, safe experience without wasting money on too many employees

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StableCoins, Federal Reserve, Algorithms Corey Hubbard StableCoins, Federal Reserve, Algorithms Corey Hubbard

Monetary-Tech Revolution: NBG Pioneers AI & Reinforcement Learning for Optimal, Nonlinear Monetary Policy

Discover the National Bank of Georgia's (NBG) cutting-edge research on applying Artificial Intelligence (AI), particularly Reinforcement Learning (RL), to redefine monetary policy-making. This working paper unveils a novel approach to derive optimal, nonlinear policy rules, demonstrating their superior robustness over traditional linear models and effectiveness in stabilizing inflation

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Decoding AI's Economic Future: Why Real Interest Rates Are The Key Indicator

The relentless march of artificial intelligence (AI) is more than just a technological marvel; it's a force poised to fundamentally reshape our economic landscape. From rapid innovations in generative AI to ambitious declarations from leading research labs like OpenAI and Google DeepMind

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Justice, Algorithms, Ethics Corey Hubbard Justice, Algorithms, Ethics Corey Hubbard

The Age of Fairness: Recalibrating Predictive Policing AI for a Just Future

This research critically examines algorithmic fairness in predictive policing, addressing the escalating concern of societal biases amplified by AI technologies. Through a comprehensive systematic literature review, the study identifies critical gaps in bias mitigation beyond race, specifically concerning age, gender, and socio-economic status

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Cosmology, Algorithms, Metaphysics Corey Hubbard Cosmology, Algorithms, Metaphysics Corey Hubbard

Telescopes Got Brains! How AI is Supercharging Your Cosmic View

Explore the transformative role of Artificial Intelligence (AI) in astronomical optical telescopes, revolutionizing both their design and operation. This comprehensive review details AI applications across key domains, including manufacturing planning observatory site selection and optical system intelligence  and operational maintenance

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