About MTWA Research
Redefining the Foundations of Physics
MTWA Research was established by independent theoretical physicist Michael Thomas Weil-Adkins, a seasoned venture-backed innovator with a background spanning over two decades in high-growth startups, strategic investments, and frontier science.
Our mission is to advance a new class of physics grounded in time-based ontology — a framework in which time is not passive or emergent, but the primary, deformable structure of reality.
We challenge conventional models by reimagining gravity, quantum mechanics, and cosmology as emergent effects of temporal structure, not spatial geometry. Our research spans the development of:
- Temporal Strand Theory (TST)
- Temporal Strand Interpretation (TSI)
- Temporal Dislocation Hypothesis (TDH)
- Temporal Gradient Theory (TGT)
Each theory builds toward a unified understanding of nature through the lens of time’s geometry — offering fresh explanations for gravity, decoherence, redshift, entanglement, and spacetime itself.
Founder’s Background
Michael Thomas Weil-Adkins is both a scientific theorist and a proven entrepreneur, with over two decades of experience building companies, leading innovation, and investing in transformative ventures.
- He has built and led multiple successful ventures, raising capital, scaling operations, and advising portfolio companies across technology, media, and real estate.
- As a Venture Partner at Graudenz Capital, he evaluates early-stage opportunities, negotiates deals, and helps transformative startups grow into enduring enterprises.
- His independent research focuses on reconciling quantum and relativistic physics by treating time not as a coordinate, but as the underlying fabric of physical law.
This rare dual background — combining deep theoretical insight with real-world execution — defines the strategic posture of MTWA Research.
Independent. Ambitious. Grounded in First Principles.
We are proudly independent — unbound by academic politics or institutional gatekeeping.
Instead, we follow the evidence, build testable models, and explore what it means to turn foundational physics into scalable technology.
Whether proposing a new model of gravity or prototyping a quantum coherence system, our goal remains clear:
To uncover the hidden geometry of time — and use it.