From physics to hardware. Advancing toward clinical research.
MiPhaOne is an investigational non-invasive neuromodulation program. Its initial computational physics, mathematical modeling, simulation research, engineering design, hardware development, and prototype implementation phases are complete. The next stage focuses on experimental performance verification and safety evaluation.
Engineering starts with understanding
Abstract visualization of computational research; not a device design or simulation result.
Our research philosophy
MiPhaOne follows a physics-led engineering approach. Computational modeling, simulation research, and engineering design have informed hardware development and prototype implementation. The program is now advancing toward experimental performance verification and safety evaluation, with clinical research planned for a later stage.
Research pathway
Developed initial mathematical models, computational simulations, and physics-based engineering concepts.
Completed initial engineering design, hardware development, and prototype implementation informed by computational research.
Conduct experimental testing to assess prototype performance, evaluate engineering assumptions, and investigate safety-related characteristics.
Subject to successful experimental verification, safety evaluation, and applicable regulatory and ethics approvals, pursue appropriate clinical research to investigate safety, feasibility, and effectiveness.
Current research status
MiPhaOne is an investigational non-invasive neuromodulation program. Initial computational research, engineering design, hardware development, and prototype implementation have been completed. Experimental performance verification and safety evaluation are planned next.
Frequently asked questions
Is MiPhaOne a treatment available today?
No. MiPhaOne remains an investigational non-invasive neuromodulation program. Although initial engineering and hardware prototype development have been completed, experimental performance verification and safety evaluation are planned next.
What makes the research approach distinctive?
MiPhaOne follows a physics-led engineering approach that integrates mathematical modeling, computational simulation, engineering design, and hardware prototype development. This approach supports systematic investigation of engineering assumptions and prepares the program for experimental performance verification and safety evaluation.
Does the illustration show a patient result?
Yes. The illustration conceptually represents how MiPhaOne could be applied to a patient for non-invasive phrenic nerve stimulation. It is an illustrative research concept, not an actual patient treatment or a measured or simulated clinical outcome.
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We welcome discussions with researchers, clinicians, engineering collaborators, and potential partners.