My Works.
My work spans quantitative research, patented technology, AI-based software, and interdisciplinary writing. A recurring focus is what happens when ideas move from theory into practice—how they can be tested, refined, and put to use, and how evidence can shape what comes next.
NeuvX— Multifunctional Brainwave Signal Generator
Gold Medal and Best Invention Award, SVIFF - Silicon Valley International Invention Festival 2025
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NeuvX is a configurable signal-generation system developed for brainwave simulation and exploratory applications. The prototype provides adjustable frequency and waveform control, amplification, digital signal processing, and flexible output settings.
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U.S. Patent — Multifunctional Electric Wave Generator for Simulation of Brain Wave and Control Method Thereof (US 12,324,673 B2), granted in 2025, with intellectual property also granted in Germany in 2024 ( Nr. 20 2024 103 713).
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Developed the system from concept through hardware prototyping and control design, with a focus on adjustable signal parameters, integrated processing, and adaptable output control.
Silicon Valley International Invention Festival
Received a Gold Medal at the Silicon Valley International Invention Festival (SVIIF), America’s largest invention expo, held from July 26 to 28, 2025, at the Santa Clara Convention Center in California.
Thailand Award for the Best International Invention & Innovation
Book Publication—The Layers Beneath
ISBN-13 : 979-8266050259
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Author of the book "The Layers Beneath: How Curiosity, Neuroscience, and AI Are Reshaping Human Thought", an interdisciplinary work examining neuroscience, artificial intelligence, cognition, and technology ethics (2025).
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The book explores how advances in artificial intelligence and predictive technologies are changing the way we understand cognition and decision-making. Rather than treating AI only as a technical development, it considers what these systems reveal about human judgment, agency, and the assumptions we make about intelligence itself. It also looks at the ethical questions that emerge as increasingly capable technologies become part of everyday choices and institutions.
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Book Published
ISBN-10 1683727614
ISBN-13 978-1683727613
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Co-authored You May Not Be Incurable— You’ve Been Misguided, an interdisciplinary work exploring a systems-oriented framework for health, technology, and data. My contributions focused on the algorithmic architecture of the Baoye Funeng Intelligent Expert System, multidimensional data structures, and economic frameworks.
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I worked on the conceptual and algorithmic architecture of the Baoye Funeng Intelligent Expert System, with particular attention to how information could be organized and processed across a multidimensional structure. My contribution also included thinking through the internal logic of the system and how its technical framework could connect with the broader economic model presented in the book. It also gave me a way to think about technical design not as an isolated problem, but as part of a larger system with economic and practical constraints.
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Read Here
AI-Powered Rehabilitation System
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The Baoye AI Rehabilitation & Life Intelligence System is an AI-assisted software platform developed to support rehabilitation and individualized care planning. It brings together healthcare information, case records, and application-based tools within a structured workflow, while incorporating computer vision and machine-learning methods for movement analysis and rehabilitation support.
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As a project co-lead and core developer, I work on the system’s architecture and on how healthcare information is organized, processed, and translated into application functions. My work includes data workflows, feature development, application logic, and the design of system logic connecting patient information with rehabilitation use cases.
I also work closely with healthcare professionals to turn practical needs and case-based feedback into development priorities. On the technical side, I have contributed to computer-vision and machine-learning workflows using Python, OpenCV, and TensorFlow, including movement tracking, data preprocessing, model iteration, and application-level integration.
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I help coordinate three internal teams supporting the project across software development, healthcare data and consultation, and digital media. My primary responsibility is the technical side of the project, particularly the solf/database application team and the continued development of the rehabilitation system.
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The software is registered in China under the name Baoye AI Rehabilitation & Life Intelligence System V1.0, with Baoye Guo and Hangyu Guo listed as joint copyright holders.
Registration No.: 2025SR1797982
Registration Date: September 2025
Quantitative Research — EV Pricing & Subsidy Policy
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Author of An Analysis of Optimal Price and Subsidy Policy Adjustment in the Automotive Industry, published in the National High School Journal of Science (NHSJS) in 2025.
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Compared U.S. and Chinese electric-vehicle markets using 2021–2023 pricing, sales, and subsidy data to examine how changes in pricing and public policy affect consumer demand, producer outcomes, and market efficiency.
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Applied year-on-year growth analysis, consumer and producer surplus estimation, deadweight-loss calculations, sensitivity analysis, and regression-based comparisons across different market and policy conditions. The study also examined the relationship between Model Y pricing, battery costs, federal tax incentives, and changes in consumer demand.