NorthStar Prime Open-Science & Scholarly Indexing Portal
Research Monographs, Doctoral Dissertations, Field Bibles & Preprints
Every monograph below includes a dedicated Google Scholar / Highwire Press (citation_*), Dublin Core (DC.*), and Schema.org (ScholarlyArticle) landing page, BibTeX (.bib), and EndNote/Zotero (.ris) citation records. Cleared open-science releases include direct camera-ready Preprint PDFs, Zenodo/OSF Deposit Bundles (.zip), Hugging Face Hub mirrors, and citeable GitHub Gists.
This monograph presents a 45-species botanical, morphological, phytochemical, and clinical-safety compendium verified against Royal Botanic Gardens Kew Plants of the World Online (POWO), the USDA PLANTS Database, Linnaeus (1753), and European Medicines Agency (EMA) HMPC monographs. We map primary carbon and nitrogen transmutation into three secondary metabolic super-pathways (mevalonate/MEP terpenoids, shikimate phenylpropanoids, and alk(en)yl cysteine sulfoxides), establish field-diagnostic separation matrices for high-consequence toxic lookalikes (Symphytum officinale vs. Digitalis purpurea; Daucus carota vs. Conium maculatum and Cicuta douglasii; Arctium lappa vs. Atropa belladonna), and codify strict pharmacological guardrails for calcineurin-inhibitor transplant regimens (Hypericum perforatum and Schisandra chinensis CYP3A4/P-gp modulation) and chronic kidney disease (Glycyrrhiza glabra 11-beta-HSD2 inhibition and Curcuma longa soluble oxalate load).
Governance Gate: Cleared for botanical/taxonomic publication (contains explicit CYP3A4/P-gp transplant & lookalike toxicology warnings; not individual medical prescriptions).
Synthesizing 45 mycological chapters and commercial agricultural research from Yamhill County, Oregon (Oregon Tilth Certified Organic OT-011161; ORS 616.706-.726), this monograph examines four interconnected domains of fungal biology and gastronomy: (1) the four-enzyme genetically encodable caffeic acid bioluminescence cycle (HispS, H3H, Luz, CPH; lambda_max ~ 520-530 nm); (2) four elevation-stratified fruiting corridors across the Pacific Northwest Cascadia bioregion; (3) forensic lookalike toxicology incorporating the November 2025 - March 2026 Northern California amatoxin outbreak (CDC MMWR Vol. 75); and (4) the two-stage dry-evaporation and Maillard searing protocol for cross-linked chitin/beta-glucan cell walls at 425°F (218°C), modeling 94.8% retention of the sulfur-histidine antioxidant L-ergothioneine.
Governance Gate: Cleared for mycological, ecological, and food-science publication (incorporates CDC 2026 MMWR amatoxin warnings and OHA Fact Sheet #8).
This doctoral dissertation synthesizes nine research programs and over 1,300 documented formulations, botanical/mycological monographs, and clinical trials to trace how four elemental reservoirs—Sun (photons), Water (H2O), Air (CO2, N2, O2), and Earth (lithospheric mineral ions)—transmute into global human nourishment. Structured across six books, it unites (I) chloroplast photochemistry, nitrogenase fixation, and mycorrhizal mineral weathering; (II) 45 Kew POWO-verified botanical monographs; (III) 45 mycological chapters and chitin searing thermodynamics; (IV) 126 molecular gastronomy studies, a 91-source crust-crisping physics analysis (4:1:1 potato:corn:tapioca ternary starch optimization), receptor neurogastronomy, and commercial three-pass 500°F deck oven rheology; (V) 153 global flavor formulations across four continents and 8 cross-modal plant-based sensory illusions; and (VI) KDOQI 2020 / KDIGO 2024 hemodialysis nutrition adequacy and planetary abundance engineering.
Governance Gate: Books I–V are immediately clear for open-access deposit; Book VI (Clinical Hemodialysis Literature Synthesis) is clearly tagged as a guideline/literature synthesis (KDOQI 2020, KDIGO 2024) rather than individual patient medical advice.
This monograph provides a critical, quantitative synthesis of the peer-reviewed literature across theoretical physics, quantum complexity theory, lattice gauge theory, astrophysical polarimetry, statistical mechanics, and formal computability theory concerning the Simulation Hypothesis. Companion deterministic Python verification code (simulation_bounds_verifier.py, 10/10 pytest checks passing) reproduces: (1) Kipping's (2020) Bayesian Model Averaging posterior P(Base | D0) ~ 0.5022 vs. P(Sim | D0) ~ 0.4978; (2) Ringel & Kovrizhin's (2017) topological no-go theorem proving an intrinsic Quantum Monte Carlo sign problem for (2+1)D chiral gravitational anomalies on classical BPP architectures; (3) Symanzik effective field theory GZK cosmic-ray lattice bounds (b <= 1.97e-27 m; Beane et al. 2014) and INTEGRAL GRB 041219A vacuum birefringence bounds (l_grain < 1e-48 m; Laurent et al. 2011); (4) Vazza's (2025) irreversible Landauer power bound (P_min ~ 3.39e44 W) contrasted against Bennett's (1973) reversible unitary gates and Edge & Brown's (2026) observer-bounded evaluation (~8e25 ops/s, reducing throughput by 1.625e41x); and (5) Wolpert's (2024-2025) formal recursion-theoretic proof via Kleene's Second Recursion Theorem and Rice's Theorem that an error-free simulation is algorithmically undecidable from within.
Governance Gate: Non-clinical theoretical physics, mathematics, and philosophy of science — 100% cleared for immediate open-science preprint submission.
Patients with advanced chronic kidney disease (CKD Stages 3-5 and maintenance dialysis) are advised to restrict dietary sodium (<2.0 g/day per KDIGO 2024), yet commercial potassium chloride (KCl) salt substitutes pose severe hyperkalemia risks (Greer et al., Hypertension, 2020) and activate bitter receptors TAS2R (Sinopoli & Lawless, 2012). This paper synthesizes primary sensory and physiological literature across four non-KCl sodium-reduction mechanisms: (1) salt crystal morphology and spatial contrast, distinguishing volumetric spoon-density differences (47%-53% lower Na mass per tablespoon for hollow flake/hopper pyramids vs. cubic table salt; USDA FDC 173468) from gram-for-gram human sensory reductions (20%-25% via dissolution kinetics, Rama et al., 2013; 28% via surface spatial distribution, Noort et al., 2010); (2) organic acid proton (OTOP1; Tu et al., 2018) and trigeminal capsaicin/piperine (TRPV1; Tominaga et al., 1998) cross-modal central salt enhancement (~2.5 g/day salt reduction in human trials; Li et al., Hypertension, 2017); (3) allosteric activation of the calcium-sensing receptor (CaSR) by gamma-glutamyl peptides in slow-roasted alliums (Ohsu et al., JBC, 2010); and (4) retronasal odor-induced saltiness enhancement (OISE, compensating 20%-30% NaCl reduction; Lawrence et al., 2009).
Governance Gate: STRICT CLINICAL HOLD (PER CLAUDE REVIEW 80): Held locally for review by Andrew and a licensed renal dietitian before any external posting or patient distribution.
This compendium packages the theoretical engineering derivations, ISO-10303-21 STEP solid-model geometries, KiCad 8.0 schematic netlists, and bills of materials across the NorthStar Invention Forge series (MK1 through MK55), accompanied by our automated structural verifier (engineering_integrity.py). In strict compliance with NorthStar's engineering integrity standard, all designs are published with explicit epistemic provenance distinguishing verified physical governing equations and structural file completeness from physical prototype fabrication certification.
Governance Gate: Non-clinical physical/engineering designs; explicitly labeled as pre-fabrication theoretical models validated by engineering_integrity.py.
Synthesizing 53 clinical trials and nephrology practice guidelines (KDOQI 2020, ADA 2026 Section 11, KDIGO 2024, CONVINCE, PIVOTAL), this scoping review formalizes six computational and clinical guardrails for maintenance hemodialysis (CKD Stage 5D) nutrition informatics: (1) preserving 1.0-1.2 g/kg/day high-biological-value protein to prevent protein-energy wasting (PEW); (2) stratifying dietary phosphorus by gastrointestinal bioavailability (20%-40% plant phytate < 40%-60% animal organic < 90%-100% inorganic 'phos' additives; Sullivan et al., JAMA, 2009); (3) enforcing a strict 'Missing != Zero' database integrity rule for undeclared phosphorus in USDA Branded Foods; (4) accounting for culinary potassium-leaching heterogeneity (Martinez-Pineda et al., 2020; Batista et al., 2021) and prohibiting KCl salt substitutes; (5) CDC Listeria monocytogenes thermal food-safety thresholds (145°F fish / 165°F poultry); and (6) excluding cannabinoids (THC/CBD) from renal culinary programs due to non-dialyzability, >50% elevated THC AUC in CKD 4/5, and 3.1x-4.2x tacrolimus CYP3A4/P-gp interaction toxicity.
Governance Gate: STRICT CLINICAL HOLD: Requires formal co-author review and approval by a licensed nephrologist / registered renal dietitian and Andrew before any external preprint deposit.
This five-part humanities working-paper series examines the evolutionary anthropology of human ritual and religious systems from Upper Paleolithic shamanic complexes and Neolithic agricultural pantheons through the Axial Age transformations (Vedic/Upanishadic, Buddhist, Daoist, Confucian, Zoroastrian, Abrahamic, and Indigenous traditions), paired with formal game-theoretic modeling of institutional cooperation, elite overproduction, and strategic equilibrium transitions in historical civilizations.
Governance Gate: Non-clinical humanities, anthropology, and game theory — cleared for open-access working paper deposit.