59 papers in the archive.
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 →
Annals of Advanced Mechanosensing, 2024 · Vol. 35, No. 219 · pp. 85–115
This study investigates the efficacy of utilizing embedded piezoelectric thin-film sensors to map localized strain distributions across novel, compliant robotic gripper surfaces. We hypothesize that continuous monitoring of these…
Cited by 227Read paper →
Annals of Advanced Supramolecular Chemistry, 2024 · Vol. 51, No. 937 · pp. 108–150
We investigated the self-assembly pathways of novel chiral oligomers designed to undergo predictable conformational transitions. By inducing controlled stereochemical strain within a supramolecular framework, we observed a cooperative…
Cited by 42Read paper →
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 →
Annals of Quantum Photonics, 2025 · Vol. 1, No. 585 · pp. 267–285
We investigate the controlled manipulation of quantum information across spatially separated semiconductor nanocrystal arrays. By engineering junctions that allow transient exciton tunneling, we model the conditions necessary for…
Cited by 179Read paper →
Annals of Microscale Fluidics, 2025 · Vol. 42, No. 416 · pp. 136–157
This study investigates the critical Reynolds number dependence governing the transition from purely laminar to oscillatory-turbulent flow regimes within microfluidic channels lined with viscoelastic polymer membranes. We model the…
Cited by 495Read paper →
Annals of Geo-Hydrodynamic Ecology, 2024 · Vol. 35, No. 248 · pp. 688–702
We investigate the vibrational coupling between microbial mats overlying hydrothermal vents and the fluctuating physicochemical gradients of the surrounding fluid. Specifically, we monitor how mechanical resonance within these biofilms…
Cited by 758Read paper →
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 →
Annals of Non-Equilibrium Matter Dynamics, 2025 · Vol. 56, No. 672 · pp. 941–969
We investigate the controlled self-assembly of silica-borate structures exhibiting tunable porosity. By subjecting colloidal suspensions of functionalized $\text{Na}_2\text{B}_4\text{O}_7$ precursors to precisely controlled ionic strength…
Cited by 293Read paper →
Annals of Cryo-Geochemistry, 2026 · Vol. 2, No. 943 · pp. 788–793
The inclusion of transient xenobiotic compounds within deeply buried glacial ice presents a unique laboratory for studying phase transitions under high-pressure, low-temperature regimes. This study investigates the kinetic pathways by…
Cited by 273Read paper →
Annals of Abyssal Biophysics, 2024 · Vol. 26, No. 954 · pp. 430–463
This study explores the hypothesis that deep-pelagic cephalopods utilize highly tuned mechanoreceptors to navigate using minute, long-range pressure wave patterns generated by ambient oceanic flows. We deployed novel acoustic tags capable…
Cited by 58Read paper →
Annals of Abyssal Geophysics, 2024 · Vol. 57, No. 496 · pp. 158–197
Deep-sea hydrothermal vents present extreme physicochemical gradients. We investigated the burrowing tubes of Riftia pachyptila symbiosis hosts, focusing on how localized chemical gradients interact with the chitinous matrix structure.…
Cited by 455Read paper →