01
Cosmology
The geometry of the universe at the longest distances — how structure forms, how it holds, and what the large-scale pattern can still tell us.
Image: Webb's First Deep Field. NASA, ESA, CSA and STScI.
Research & Innovation
Biocevia
Studying the patterns that repeat across scales, from single electrons to the Sun to the living cell.
Wyoming, United States
00 — Company
One question, asked at every scale.
Biocevia is an early-stage research company based in Wyoming. Our work begins with a single question: do the same principles of resonance, structure and timing govern systems at every scale? From the behavior of individual electrons, to activity on the Sun, to the living cell.
We pursue that question across physics, astrophysics, energy and medicine, because the answer is unlikely to sit inside any one of them.
01 — Work
Four fields. One thread.
These are the fields where the question currently leads. The connection between them is the work itself.
02
Astrophysics
Stars, remnants, and the physics of matter under extreme conditions. Observation and theory treated as one practice.
Image: the Carina Nebula from the James Webb Space Telescope. NASA, ESA, CSA and STScI.
03
Energy
How energy is generated, stored, and moved — from stellar processes to systems that could matter on Earth.
Image: the Sun in extreme ultraviolet. NASA/SDO and the AIA science team.
04
Medicine
The living system at the cellular scale. Health as a problem of structure, signal, and time.
Image: bovine pulmonary artery endothelial cells. Erin Rod, CC BY 4.0.
02 — Approach
How we intend to work.
01
Careful over loud
We publish when the work is ready, and not before.
02
Cross-disciplinary by design
The most important problems sit between fields. We treat cosmology, astrophysics, energy and medicine as one inquiry carried out at different scales.
03
Built for the long term
Biocevia is structured for research that takes years, and for findings that hold up.
03 — Current research
What we are working on.
Solar activity forecasting
In developmentA predictive model of solar flare activity built from observed sunspot and flare records, studying how activity in one region of the Sun shapes formation elsewhere.
Electron interference and resonance
Data collectionAn analysis of single-electron interference patterns, drawing on experimental double-slit data, to test whether resonance structures seen at the quantum scale recur in larger systems.
Biological systems
ExploratoryExploring where the same questions of structure and timing cross over into living systems.
04 — Inquire
Write to us.
For research collaboration, data partnerships or funding conversations, write to us. If your email app does not open, contact us directly at inquire@biocevia.com.