NRG Ljubljana is a numerical renormalization group implementation for solving quantum impurity problems in theoretical physics
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Updated
Sep 1, 2026 - C++
NRG Ljubljana is a numerical renormalization group implementation for solving quantum impurity problems in theoretical physics
A simple program implementing the numerical renormalization group
Rigorous free fermion entanglement renormalization from wavelet theory
A simple Density Matrix Renormalization Group program
Notebooks developed in Mathematica for my Ph.D. thesis and other resources
Symbolic engine for the renormalization counterterms of singular SPDEs (Bailleul–Hoshino / BCCH–BHZ): SPDE in → the family of renormalized equations out.
Renormalization Approach to Topic Modeling
Benford's law emerging from Turing ensembles
universal mathematical framework and heat-kernel integral template designed to eliminate infinities (ultraviolet divergences) from field theory equations.
Automated password composition policy selection.
Einstein-Cartan-Dirac analytic admission stopped by incomplete boundary and composite renormalization data.
A universal any-dimensional quantum cosmology framework and element generator powered by the Function Mark-Omega (FM-Ω) engine.
Einstein-Cartan Hartree-Fock closure audit stopped by the missing renormalized composite-current ledger at G2.
Reproducible one-loop β(λ) derivation and cutoff verification in Euclidean φ⁴ theory
The Harmonic Paradigm: harmonic oscillator as universal IR attractor, RG as scale-space syntax, alpha as unifying distance-from-harmonicity parameter across 8-rung ladder.
Novel mathematical framework connecting P vs NP to the golden ratio phi via witness space geometry. Part of the unified E8/H4/phi theory.
Newtonian Potentials from Projective Entropy in Three Dimensions
Einstein-Cartan-Dirac local-state gate: projector and CTP controls pass, but UV continuum refinement fails its frozen tolerance.
The Renormalized Free-Energy Principle (RFEP): Unified framework bridging RH/CRM foundations to the FST programme. Zenodo DOI: 10.5281/zenodo.19039190
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