ALEXANDAR BALEVSKY

Where Is Antimatter? It Is Inside All of Us - A Gauss–Riemann–OUXSPACE Conjugate-Closure Model

For decades physicists have asked: Where is antimatter? Why does the accessible world appear so strongly asymmetric, with ordinary macroscopic environments overwhelmingly matter-dominated—schematically more than 99.99% matter in everyday samples—while freely observable antimatter...

Where Is Antimatter? It Is Inside All of Us - A Gauss–Riemann–OUXSPACE Conjugate-Closure Model

For decades physicists have asked: Where is antimatter? Why does the accessible world appear so strongly asymmetric, with ordinary macroscopic environments overwhelmingly matter-dominated—schematically more than 99.99% matter in everyday samples—while freely observable antimatter...

Where Is Antimatter? It Is Inside All of Us - A Gauss–Riemann–OUXSPACE Conjugate-Closure Model

For decades physicists have asked: Where is antimatter? Why does the accessible world appear so strongly asymmetric, with ordinary macroscopic environments overwhelmingly matter-dominated—schematically more than 99.99% matter in everyday samples—while freely observable antimatter...

Hydration–Geometry Transduction: A Falsifiable Mechanistic Framework for Receptor-State Transduction

Hydration–Geometry Transduction (HGT) is proposed as a falsifiable mechanistic framework for receptor-state transduction. The central hypothesis is that stimulus-driven molecular events shift a coupled protein–hydration free-energy landscape and that predeclared hydration-state v...

Hydration–Geometry Transduction: A Falsifiable Mechanistic Framework for Receptor-State Transduction

Hydration–Geometry Transduction (HGT) is proposed as a falsifiable mechanistic framework for receptor-state transduction. The central hypothesis is that stimulus-driven molecular events shift a coupled protein–hydration free-energy landscape and that predeclared hydration-state v...

IBM Quantum Resource Reduction, Standard-PC Quantum-Emulation Kernels and Rigetti Workflows, and OUXCHEM Chemistry Screening on HPC Systems

This publication freezes the first completed evidence block of a joint Adriano Ciardo Labs (ACL) - TERRA-OUX validation programme spanning quantum-hardware resource use, classical quantum-emulation/QEC kernels, real-QPU context, and high-throughput chemistry screening on Aurora....

FROM FROZEN MATHEMATICS TO SEALED LABORATORY EVALUATION

This paper records the principal scientific work completed within the ACL–OUXSPACE Collaborative Verification Framework, led on the experimental and institutional side by Adriano Ciardo and Adriano Ciardo Labs (ACL), and on the mathematical verification side by Alexandar Balevsky...

Arbitrary-Precision OUXSPACE α Propagation from a Closed-Form Fine-Structure Candidate

This technical note publishes a reproducible arbitrary-precision layer for the OUXSPACE / STRING THEORY-2 fine-structure programme. Its primary mathematical object is the closed form αₛₜ₂ = 105/[2π(2125+2√6810)], generated by the declared OUXSPACE closure chain. The note provides...