Research & Work Overview

Mission Statement
I pursue research at the intersection of neuromusculoskeletal simulation, prosthetic control, anatomical modeling, and neural–muscular interfacing. My work spans computational modeling, biomechanical simulation, neural control architectures, anatomical reconstruction, and systems-level experiments — all grounded in an emphasis on anatomical realism, physiological plausibility, and reproducibility.

I believe in modular, transparent, and open-source scientific workflows, so that simulations, models, and code remain accessible and verifiable. My aim is to contribute tools and models that others can build upon — whether for rehabilitation, prosthetic development, theoretical neuroscience, or bio-inspired robotics.

Because this work touches on the interface between biology, cognition, and engineered systems, I place a strong emphasis on ethical responsibility. I explore not only technical feasibility of prosthetic and neural control systems — but also the long-term implications of neural plasticity, embodiment, and identity. As we push boundaries of neuro-mechanical integration, I recognize that neural plasticity and adaptation may lead to forms of embodiment that challenge our assumptions about what is “human.”

Therefore, this site (and my research) aims to remain deeply reflexive: I document not just models and simulations, but also the risks, uncertainties, and ethical questions. I invite collaborators, reviewers, and stakeholders to engage critically: to consider not only how a prosthesis or neural interface works, but what it means — for autonomy, identity, bodily integrity, and long-term adaptation in a world where “human” may blur with “machine.”

Explore the Site

Note on Publication Status
The works listed below are self-posted preprints or independently released manuscripts — they have not undergone formal peer review or journal publication. As such, they represent preliminary or exploratory research. Feedback and collaboration are welcome.

Featured Works & Highlights

• Neurons: Function and Formation of the Nervous System (Preprint / online-post) — A foundational exploration of neuron structure, classification, neurogenesis, and neuron–glia interactions, relevant for neural-interface and prosthetic modeling.

• The Brain: Understanding How Memories are Formed (Preprint / online-post) — A structured review of human memory architecture (sensory → working → long-term memory), brain regions involved, and mechanisms of encoding, storage, and retrieval — useful for neurocognitive modeling frameworks.

• Mind-Controlled Prosthetics (Preprint / online-post) — A survey of brain–computer interface (BCI) and neuroprosthetic methods (EEG, ECoG, intracortical interfaces), evaluation of their challenges (signal decoding, sensory feedback), and discussion of future directions (optogenetics, neuromusculoskeletal interfacing, AR-BMI frameworks).

Research Themes

• Neuromusculoskeletal Simulation

• Prosthetic Control & Neural Interface

• Anatomical Modeling & Biomechanics

• Open-source Tooling & Reproducibility

• Ethical & Long-Term Adaptation Studies