KRASIMIRA IVANOVA

Formation and Transfer of Aqua Structure at Glass–Water Interfaces: Rheological Change in Rolling Droplets

A water droplet moving over a solid substrate undergoes repeated renewal of its contact region while exchanging matter, charge, and interfacial forces with the surface. Co-author Ivan Stefanov reported observing a pronounced, rapid change in the apparent mechanical consistency of...

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...

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...