26 papers by 1 researcher working on string theory applications.
Annals of Computational Semantics, 2024 · Vol. 22, No. 84 · pp. 582–598
The semantic fidelity of machine translation degrades significantly when dealing with highly polysemous terminology specific to narrow technical domains. This study investigates how conceptual drift accumulates as domain-specific jargon…
Cited by 842Read paper →
Annals of Behavioral Epidemiology, 2024 · Vol. 13, No. 849 · pp. 306–339
This study investigates the detrimental effects linked to hyper-involvement in organized football fandom. While collective effervescence is often romanticized, extreme devotion presents significant negative externalities on individual…
Cited by 841Read paper →
Annals of Astrobiological Geochemistry, 2024 · Vol. 27, No. 26 · pp. 281–289
We investigated the rate at which epigenetic markers undergo directional drift in *Archaea rubescens*, a model organism recovered from simulated cryovolcanic subsurface environments. Exposure to sustained low-energy radiation and extreme…
Cited by 809Read paper →
Annals of Geodynamic Flux Dynamics, 2024 · Vol. 54, No. 539 · pp. 775–793
This study investigates the relationship between transient attenuation coefficients ($\alpha$) observed in high-frequency microseismic signals and the instantaneous rate of crustal strain energy dissipation within seismically active fault…
Cited by 805Read paper →
Annals of Paracultural Psychology, 2024 · Vol. 11, No. 33 · pp. 474–505
This paper investigates the behavioral manifestations and psychological fallout associated with intense devotion to professional football clubs. While tribal affiliation often confers positive social bonding, extreme levels of fandom…
Cited by 722Read paper →
Annals of Abyssal Geochemistry, 2024 · Vol. 9, No. 151 · pp. 673–710
Deep-sea hydrothermal vents host unique mineralogical assemblages formed under extreme pressure and temperature gradients. This study investigates the role of nanocrystalline garnet phases, specifically those intercalated with…
Cited by 719Read paper →
Annals of Non-Equilibrium Matter Physics, 2024 · Vol. 8, No. 962 · pp. 712–735
This study investigates the emergence of macroscopic phase transitions in complex active matter systems composed of a viscoelastic carrier fluid permeated by anisotropic, self-propelled microparticles. By controlling the density ($ ho$)…
Cited by 697Read paper →
Annals of Non-Equilibrium Physics, 2024 · Vol. 59, No. 616 · pp. 709–754
We investigate the persistence mechanisms of entangled quantum states within artificially constructed hyperdimensional lattices. Traditional decoherence models predict rapid information loss; however, by engineering specific topological…
Cited by 640Read paper →
Abyssal Neurobiology Letters, 2024 · Vol. 22, No. 149 · pp. 138–156
Deep-sea cephalopods possess highly specialized sensory arrays adapted to extreme pressure and chemical gradients. This study focused on the chemosensory neurons of *Vampyromorpha abyssalis*, a bathypelagic squid, hypothesizing that their…
Cited by 619Read paper →
Annals of Astrobiological Genomics, 2024 · Vol. 46, No. 747 · pp. 861–889
We investigate the hypothesis that long-term survival in fluctuating geochemical niches imposes selection pressures capable of inducing epigenetic modifications within dormant archaeal communities. Specifically, we examined deep…
Cited by 579Read paper →
Annals of Advanced Solid-State Chronophysics, 2024 · Vol. 17, No. 673 · pp. 708–720
This study investigates the ultrafast coupling between mechanical strain applied to a semiconductor heterostructure and the electronic bandgap of embedded quantum dots (QDs). By inducing precise, localized strain fields within an…
Cited by 502Read paper →
Annals of Applied Behavioral Science, 2024 · Vol. 1, No. 855 · pp. 318–333
This study examines the maladaptive psychological and physiological sequelae associated with intense, high-arousal involvement in competitive football fandom. We hypothesize that the parasocial bonds formed by extreme supporters undergo a…
Cited by 476Read paper →
Annals of Advanced Chemophysics, 2024 · Vol. 4, No. 450 · pp. 195–239
The detection of specific trace volatile organic compounds (VOCs) in complex atmospheric matrices remains a significant challenge due to low concentration levels and matrix interference. This study investigates the use of multilayered…
Cited by 458Read paper →
Annals of Neurophysical Synthesis, 2025 · Vol. 58, No. 967 · pp. 199–213
This study investigates the hypothesis that transient quantum-like entanglement phenomena occur within specific neuronal microcircuits of the murine primary visual cortex (V1). We propose a model where synchronized firing patterns, when…
Cited by 410Read paper →
Annals of Astrobiological Chemotaxonomy, 2025 · Vol. 47, No. 706 · pp. 33–66
Per- and polyfluoroalkyl substances (PFAS), particularly perfluorocarboxylic acids (PFCAs), pose a significant environmental challenge due to their extreme persistence. This study investigates the viability of utilizing engineered motile…
Cited by 354Read paper →
Annals of Applied Metastructures, 2024 · Vol. 23, No. 319 · pp. 450–479
This study investigates the emergent macroscopic properties arising from orchestrated nanoscale interactions within chiral ferrofluidic systems. Specifically, we examine how biasing the rotational kinetic energy spectrum of colloidal…
Cited by 330Read paper →
Annals of Advanced Material Synthesis, 2025 · Vol. 46, No. 364 · pp. 143–183
The formation of amorphous borate glasses is highly sensitive to cooling rates and compositional homogeneity, leading to a wide distribution of metastable polymorphs. This study investigates the ability to kinetically steer the glass…
Cited by 314Read paper →
Annals of Cryo-Microbiology, 2024 · Vol. 24, No. 160 · pp. 542–570
The rapid thawing of yedoma permafrost introduces vast quantities of previously frozen, metabolically active microbial communities into liquid saturation zones. These environments are intrinsically linked to the anaerobic decomposition of…
Cited by 304Read paper →
Annals of Exo-Bio Physics, 2024 · Vol. 35, No. 190 · pp. 687–692
We investigate the hypothesis that transient quantum entanglement between molecular vibrations within diatom silicate shells plays a crucial, non-trivial role in optimizing photon capture efficiency during primary production. Traditional…
Cited by 216Read paper →
Annals of Geophysical Fluid Dynamics Letters, 2024 · Vol. 52, No. 313 · pp. 134–156
The rapid transition of permafrost-capped cryosystems presents a critical feedback loop in global climate modeling. This study investigates the kinetic pathways governing the decrease in surface albedo ($\alpha$) when saturated,…
Cited by 199Read 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 Behavioral Ecology, 2024 · Vol. 9, No. 895 · pp. 513–530
This study examines the negative externalities produced by hyper-involved devotion to competitive football. While fandom is often portrayed as harmless recreation, extreme attachment correlates significantly with elevated levels of…
Cited by 123Read paper →
Annals of Applied Field Theory, 2024 · Vol. 36, No. 181 · pp. 642–666
We investigate the non-trivial evolution of strain tensors within artificially constructed quasi-two-dimensional metamaterial lattices subjected to anisotropic, time-dependent mechanical loading. By introducing carefully controlled…
Cited by 74Read paper →
Annals of Computational Neurodynamics, 2024 · Vol. 37, No. 225 · pp. 88–98
This study investigates the neural mechanisms underlying predictive coding failures and subsequent error correction within dynamic cognitive models. We hypothesize that cortical oscillation patterns serve as a physical substrate for…
Cited by 46Read paper →
Annals of ChemoBioinformatics, 2024 · Vol. 21, No. 785 · pp. 445–469
Deep-sea hydrothermal vents represent extreme ecological niches where microbial mats thrive by processing chemosynthetic energy. These mats function as complex, decentralized information processing systems under conditions of extreme…
Cited by 43Read paper →
Annals of Advanced Matter Physics, 2024 · Vol. 23, No. 758 · pp. 757–784
The repair and regeneration of complex biological tissues require scaffolds capable of dynamic interaction with cellular microenvironments. Current synthetic matrices often lack the requisite level of spatio-temporal control over cell…
Cited by 22Read paper →
Hellenic Academy of Hyperbolic Sciences
quantum gravity modelsstring theory applicationshigh-energy particle interactionsspacetime topology
Cited by 813 · h-index 21 · i10 65