Ontomics began with questions that did not fit neatly inside one field. Some became long-term research programs. Some became technologies. Others became new ways to investigate difficult problems with people who bring different evidence, experience, and points of view.
These are the main public research programs currently leading the Ontomics story. Each project has its own page, while this page keeps the starting point simple.
The Triple Bounce is a four-paper cosmological framework being prepared for preprint submission. Its public page will introduce the replacement thesis, paper structure, abstract, authorship, status, and a path for technical correspondence without releasing the papers early.
An investigation into the Great Dying and the geological events surrounding it. The project follows the physical sequence across Earth rather than treating each structure, extinction, and environmental change as a separate mystery.
A developing investigation connecting the dinosaur extinction event with North American uplift, the Rocky Mountains, Alaska resource discovery, and practical geological work in mining, shale, and horizontal wells.
An investigation into the earliest history of Earth and the Moon. It asks whether the planet still carries large-scale physical clues from the event that formed the Earth–Moon system.
The featured projects are only the front door. Ontomics also works across artificial intelligence, biology, Earth and resource discovery, engineering, space systems, and education. The deeper material stays on the pages built for it.
Better ways to organize knowledge, connect tools, guide work, preserve continuity, and help people investigate difficult problems without losing the larger picture.
Ontomics develops combinatorial methods for finding early changes across many diseases rather than building a separate investigative engine for each diagnosis. Our mitochondrial research is one important part of that broader approach.
Geological investigation for mining, mineral exploration, rare earth elements, precious metals, groundwater, energy, geophysics, shale, and horizontal-well continuity.
Root cause analysis, failure analysis, hidden constraint analysis, independent review, technical risk assessment, and practical pathway engineering for systems that are difficult to understand or are not behaving as expected.
Research involving telescope networks, asteroid detection, planetary defense, observation priorities, public participation, and long-term planning for difficult space risks.
Collaborative pathways for schools, community colleges, universities, professors, students, research offices, technology transfer teams, government programs, and workforce-development organizations.
You do not need to translate your problem into Ontomics language first. Tell us what you are studying, what is unclear, what has already been tried, and what decision depends on the answer.
For shared research, universities, laboratories, public programs, independent researchers, technical teams, and long-term partnerships.
For a defined scientific, engineering, geological, technical, or commercialization question that needs structured investigation.
For technical correspondence, media, speaking, general questions, or situations where you are not sure which path fits.
The Research page explains what Ontomics is investigating. The Archives hold the public papers, earlier versions, diagrams, challenge materials, and supporting records. The Technology Inventory shows where research has grown into tools, systems, and practical applications.
The navigation pages stay simple. The technical pages, research archives, and technology pages carry the detail behind them.
Public descriptions remain intentionally clear and limited. Private methods, unpublished material, controlled intellectual property, and project-specific findings are handled through the appropriate collaboration or intake path.