Research
Academic Research
Formal proofs, simulation data, and theoretical foundations
Mathematical Foundations
Three core proofs: averaging operator idempotence, Hamming error-correction bound, and stationary distribution existence.
Simulation Results
Gaussian convergence, noise resilience, fractal branching, and initial condition independence data.
Paper Status
“Procedural Cosmology in 9 Dimensions” by James Daley. Published preprint on Figshare.
References
- Faux & Gates (2005)Adinkra graphs for SUSY representation theory
- Doran et al. (2007)Graph-theoretic adinkra identifications
- Almheiri et al. (2015)Quantum error correction in AdS/CFT
- Green & Schwarz (1984)Anomaly cancellation in D=10
- Polchinski (1998)String Theory
- Cohn et al. (2019)E8 and Leech lattice optimality
Future Directions
Quantum Amplitudes
Extending beyond classical, discrete framework to genuine quantum probability amplitudes.
Richer SUSY Multiplets
Expanding adinkra graphs for extended supersymmetry representations.
Tensor Networks
Representing hypercube dynamics in tensor network formalism.
Dimensional Studies
Comparative analysis in 8D/10D to understand the special role of 9 dimensions.