Joel L.M. Thorarinson, Ph.D.

Profile

Portfolio manager, quantitative researcher, and systems builder with 15+ years developing systematic futures strategies, research infrastructure, and nonlinear modeling frameworks. Ph.D. physicist trained in non-equilibrium field theory, with peer-reviewed work spanning computational AMO physics, oscillons, false-vacuum decay, Q-balls, nonperturbative Abelian-Higgs configurations, and prebiotic chirality. Current work spans global futures research, evidence-checked knowledge systems, local-first AI tooling, scientific visualization, and exploratory coherence-based models of structure and decision systems.

Operating Thesis

My work begins from a simple premise: complex systems become tractable when their latent structure is made visible. Across physics, markets, law, health, language, and speculative coherence research, I build tools that convert high-dimensional ambiguity into navigable models: simulations, knowledge bases, visualizations, research pipelines, local-first AI systems, and decision-support frameworks.

The through-line is nonlinear structure: how local interactions produce emergent behavior, how hidden regimes appear, how signals survive noise, and how models can be built without confusing conjecture with proof.

Research Arc

My early research began in computational atomic, molecular, and optical physics, using relativistic random-phase approximation methods to study inner-shell photoionization and photodetachment. My Ph.D. work moved into nonlinear field theory and nonequilibrium dynamics: Q-balls, oscillons, false-vacuum decay, vortex-antivortex annihilation, nonperturbative Abelian-Higgs configurations, and prebiotic chirality.

My professional work then translated these habits of thought into systematic futures trading: signal extraction, portfolio construction, regime analysis, risk diagnostics, and research-to-production infrastructure. Current work extends this systems approach into public knowledge tools, local-first AI infrastructure, scientific visualization, and exploratory coherence frameworks.

Experience

Education

Publications

• A Class of Nonperturbative Configurations in Abelian-Higgs Models: Complexity from Dynamical Symmetry Breaking
  M. Gleiser, J. Thorarinson
  Physical Review D 79, 025016 (2009)  arXiv:0808.0514
• Punctuated Chirality
  M. Gleiser, J. Thorarinson, S.I. Walker
  Origins of Life and Evolution of Biospheres 38, 499–508 (2008)  arXiv:0802.1446
• Bubbling the False Vacuum Away
  M. Gleiser, B. Rogers, J. Thorarinson
  Physical Review D 77, 023513 (2008)  arXiv:0708.3844
• A Phase Transition in U(1) Configuration Space: Oscillons as Remnants of Vortex-Antivortex Annihilation
  M. Gleiser, J. Thorarinson
  Physical Review D 76, 041701 (2007)  arXiv:hep-th/0701294
• Prebiotic Homochirality as a Critical Phenomenon
  M. Gleiser, J. Thorarinson
  Origins of Life and Evolution of Biospheres 36, 501–505 (2006)  arXiv:astro-ph/0601399
• Energy Landscape of d-Dimensional Q-balls
  M. Gleiser, J. Thorarinson
  Physical Review D 73, 065008 (2006)  arXiv:hep-th/0505251
• Relaxation and polarization effects in photodetachment of the negative iodide ion
  M. Kutzner, J.T. Brown, J. Thorarinson
  Physical Review A 68, 042713 (2003)  DOI:10.1103/PhysRevA.68.042713
• Relaxation effects in inner-shell photoionization of Mg, Ca, and Sr
  M. Kutzner, V. Maycock, J. Thorarinson, E. Pannwitz, J.A. Robertson
  Physical Review A 66, 042715 (2002)  DOI:10.1103/PhysRevA.66.042715

• Dynamical Emergence of Complex Structures in Field Theories
  J. Thorarinson, M. Gleiser
  Proceedings of the NECSI International Conference on Complex Systems (2007)  arXiv:0709.2138

• A Phase Transition in U(1) Configuration Space: Vortex Annihilation and Oscillons
  J. Thorarinson, M. Gleiser
  APS April Meeting Abstracts, K11.002 (2007)

• Emergent Coherent Structures in Non-Equilibrium Field Theory
  J.L.M. Thorarinson
  Ph.D. thesis, Dartmouth College (2008). Advisor: Marcelo Gleiser.

• A Super Mix Inside Neutron Stars
  Michael Schirber, Physical Review Focus 22, 3 (2008)
  Simulation images/videos credited to J. Thorarinson and M. Gleiser, Dartmouth College. Listed as media/simulation credit, not an authored peer-reviewed publication.  APS Physics

The following are unpublished exploratory manuscripts, framework drafts, and speculative operator models. They are not presented as peer-reviewed results, accepted mathematical proofs, or independently validated scientific claims.

• AETHERCORE-G: Strategic Alpha Engine for Global Futures
  J. Thorarinson
  STATUS: TECHNICAL FRAMEWORK / PRIVATE RESEARCH ARCHITECTURE
• Time-Primary Generative Physics
  J. Thorarinson
  STATUS: SPECULATIVE PHYSICS FRAMEWORK
• Dual-Brain AI: p-Adic Coherence Architecture
  J. Thorarinson
  STATUS: SPECULATIVE AI ARCHITECTURE / OPERATOR MODEL
• Sovereign Coherence Unification of Quantum Gravity
  J. Thorarinson
  STATUS: SPECULATIVE FRAMEWORK DRAFT
• Hodge Conjecture via Coherence Descent
  J. Thorarinson, Duarte, Theophilus
  STATUS: CONJECTURAL OPERATOR-LANGUAGE DRAFT; NOT A CONVENTIONAL PROOF
• Riemann Hypothesis via Coherence Zeta Dynamics
  J. Thorarinson
  STATUS: CONJECTURAL OPERATOR-LANGUAGE DRAFT; NOT A CONVENTIONAL PROOF
• BSD Conjecture via Arithmetic Coherence Descent
  J. Thorarinson
  STATUS: CONJECTURAL OPERATOR-LANGUAGE DRAFT; NOT A CONVENTIONAL PROOF
• Yang-Mills Mass Gap via Coherence Descent
  J. Thorarinson
  STATUS: CONJECTURAL OPERATOR-LANGUAGE DRAFT; NOT A CONVENTIONAL PROOF
• Navier-Stokes Global Regularity via Coherence Dynamics
  J. Thorarinson
  STATUS: CONJECTURAL OPERATOR-LANGUAGE DRAFT; NOT A CONVENTIONAL PROOF
• φⁿ-Euler Transition Instrument
  J. Thorarinson
  STATUS: EXPLORATORY MATHEMATICAL / COMPUTATIONAL FRAMEWORK

Press & Media

Awards & Fellowships

• Gordon F. Hull Fellowship — Dartmouth College
• NASA Space Grant

Technical Skills