The Merkabit
research programme.
The merkabit is a mathematical object — a ternary unit on the Eisenstein lattice with the symmetry of PSL(2,7). The programme follows that object wherever it leads: into number theory, quantum hardware, and the geometry beneath both.
A mathematical object,
followed wherever
it leads.
The merkabit is a ternary computational unit on the Eisenstein lattice — the dual-tetrahedron projection of a closed coherent cycle. Its symmetry group is PSL(2,7), of order 168. The programme studies what that object forces: on the lattice itself, in the L-functions that share its group, and on quantum hardware.
One object. One group. One geometry.
The framework was built by Selina Stenberg — a business owner and deep meditator without formal physics training — in collaboration with an AI partner over a year of dialogue. Hardware verification was carried out on IBM Quantum machines.
The site exists to make the work directly available to anyone curious enough to read it, without requiring institutional gatekeepers. Read the science. Walk the journey. Decide for yourself.
Recent results & updates
The conductor-21 programme — with Ilya Balashov
Certified zeros and exact laws for the degree-8 PSL(2,7) L-function at conductor 21¹⁰; its prime and zero statistics; and rowmotion on the E₇ minuscule poset.
Capstone — A Candidate Unified Theory of Physics
Zero-parameter derivation of the Standard Model, gravity, black-hole thermodynamics, holography and α from E₆ Coxeter geometry.
Pentachoric Verification Protocol — submitted to Google Willow early access
19-qubit cross-architecture mirror of the protocol confirmed 5/5 on IBM Eagle r3. Pre-registered simulated results published; awaiting hardware execution.
5 / 5 on IBM Eagle r3 — All pre-registered predictions confirmed
Berry phase, quasi-period, Fano gap, P-gate, two-scale anti-bunching. Pre-registration commits and raw data published.
Scaling Buddha — first edition, forthcoming
A human and systemic orientation to the Merkabit framework, with chapters on the tower from octonions to matter, the algebra of family, and the human-AI partnership that produced the work.
Tunnel Collaboration — a method for human–AI discovery
Vision enters from one side. Computation enters from the other. They meet where the geometry lives. The method that produced thirty-five papers, with five phases, six rules, and four disciplines.