Research Principles & Value
Research at Daphne’s Hometree | A Living Laboratory for Coherence-Based Healing
Research Principles & Value
Research at Daphne’s Hometree
A Living Laboratory for Coherence-Based Healing
Daphne’s Hometree is intentionally designed as a living laboratory — a place where rigorous, ethical, consensual research occurs alongside world-class care. Research is never a requirement for residency or scholarship. It is an optional opportunity for residents to contribute to science while receiving the highest standard of support.
Our research program is guided by three unchanging principles:
Resident-Centered and Voluntary Every study requires ongoing, informed consent. Residents may join, pause, or withdraw at any time without affecting their housing, scholarship, or access to any service. Capacity is assessed supportively and repeatedly.
Translational and Practical All research is designed to produce immediate, usable improvements in care while generating knowledge that can benefit disabled people nationwide. We study what actually works in real life — not in artificial lab settings.
Moral Unambiguity Research revenue directly funds the 100% scholarship model. We do not profit from disabled people’s participation; we profit from advancing science and teaching the world how to provide better care. This creates a virtuous cycle: better outcomes lead to stronger data, which leads to more funding, which supports more residents.
Core Research Domains
Hometree studies the full Coherence System — the integrated effects of Fibonacci/golden-ratio geometric design, garden therapy, animal therapy, art therapy, music therapy, and Coherence Circles peer mediation/restorative justice.
Key focus areas include:
Physiological coherence (HRV, cortisol, prefrontal oxygenation via fNIRS)
Executive function and cognitive clarity
Pain modulation and inflammation reduction
Emotional regulation and relational safety
Synergistic effects of multi-modal therapies
We use procedural generation (NSGA-II algorithms) to continuously optimize the physical environment and therapeutic circuits for maximum benefit. This research itself becomes patentable intellectual property.
Value Created by Research
For Residents
Personalized feedback on their own biometric and functional data (when requested).
Opportunities for paid research-assistant roles for stable residents.
Direct contribution to knowledge that improves care for future generations.
For Science and Medicine
Peer-reviewed publications in high-impact journals (Health Environments Research & Design, Frontiers in Psychiatry, Journal of Environmental Psychology, etc.).
Translational data that can influence national guidelines for complex chronic conditions.
For Hometree’s Sustainability
High-margin revenue from research contracts, data licensing (anonymized), and intellectual property (generative design protocols, intervention manuals, coherence measurement systems).
This revenue fully funds the scholarship program, making free residency possible without compromising care quality or financial health.
For Society
Educational outreach programs that teach clinicians, families, and institutions how to create coherence-centered environments.
A proven model showing that ethical, dignity-centered care can be financially robust and scalable.
Commitment to Integrity
All research undergoes independent IRB review. Data is anonymized for publication and licensing. Residents retain control over their personal information. We publish both positive and negative findings transparently. The research program is never used to justify restricting care or pressuring residents.
By embedding rigorous research within a deeply humane environment, Daphne’s Hometree demonstrates a new paradigm: science and compassion are not in opposition — they are partners in creating lasting change for disabled people everywhere.
This research program is not an add-on. It is one of the central engines that makes the entire Hometree vision possible, sustainable, and nationally impactful.
Daphne Garrido
Founder & Lead Visionary
Synthesis utilizing Grok (xAI)
