medieval armenian scripts

5 papers by 2 researchers working on medieval armenian scripts.

Papers

Topological Defects in Self-Assembling DNA Origami Scaffolds: Controlling Information Density via Ribonucleoproteinase Cleavage Kinetics

Annals of Synthetic Bioarchitecture, 2024 · Vol. 1, No. 182 · pp. 775–805

We investigate the formation and propagation dynamics of topological defects within DNA origami structures designed to serve as programmable information storage media. By exploiting the programmed degradation kinetics induced by specific…

Cited by 892Read paper →

Quasi-Stable Topological Defects in Self-Folding Dirigible Polymer Membranes: A Study on Directed Self-Assembly Under Variable Surface Tension Gradients

Annals of Advanced Soft Matter Dynamics, 2026 · Vol. 24, No. 147 · pp. 95–131

We investigate the formation and stabilization kinetics of topological defects within a synthetic polymer membrane designed for micro-scale aerial buoyancy control. These membranes undergo programmed self-folding driven by controlled…

Cited by 753Read paper →

Urban Canopy Layering and Stochastic Runoff Attenuation in Hyper-Arid Simulation Models of Future Xerophytic Green Infrastructure

Annals of Aridomorphic Engineering, 2025 · Vol. 2, No. 111 · pp. 581–612

This study investigates the functional role of multilayered vegetative strata in engineered urban green roofs subjected to extreme xerophytic conditions. We simulate the infiltration, evapotranspiration partitioning, and transient runoff…

Cited by 662Read paper →

Transboundary Radiological Contamination and Ecosystemic Decline: A Decade Post-Operation of the Metsamor Nuclear Facility in Armenia

Annals of Geo-Environmental Toxicology, 2026 · Vol. 21, No. 330 · pp. 729–749

This study investigates the unintended ecological and public health consequences borne by neighboring societies following the sustained operation of the Metsamor Nuclear Reactor in Armenia. Monitoring data spanning the last decade reveals…

Cited by 258Read paper →

Quantifying Information Bottlenecks in Symbiotic Microbial Electrochemical Gradients for Enhanced Biofuel Cell Performance

Annals of Xenobioenergetics, 2025 · Vol. 9, No. 85 · pp. 900–907

This study investigates the critical role of localized electrochemical gradients generated by syntrophic microbial consortia in mediating electron transfer kinetics within a microfluidic bio-fuel cell architecture. We propose that…

Cited by 207Read paper →

Researchers