Lukas M. Schneider, Anna P. Keller, Jonas F. Meier
Receivables pledge financing provides liquidity for industrial enterprises, but it also introduces risks from false trade backgrounds, duplicated pledges, delayed payments, debtor concentration, and weak buyer credit. Traditional risk asses...
Artificial intelligence (AI) has permeated virtually every sector of modern society, from microelectronic circuit design to urban governance, from creative music generation to clinical decision support. This paper presents a comprehensive c...
MOF-derived catalysts offer a controllable route to constructing highly dispersed metal–oxide interfaces for CO2 conversion. Herein, HKUST-derived Cu–Ni–ZrOx catalysts were synthesized by introducing Ni and Zr precursors during precursor re...
Pulmonary vessel segmentation benchmarks commonly rank algorithms by regional overlap, but a vascular tree can be volumetrically similar to a reference while containing clinically consequential breaks, false joins, missing peripheral branch...
Evaluation practices for language-model analytics systems are fragmented. Text-to-SQL research offers controlled benchmarks and reproducible measures, while production reports emphasize completion rates, time savings, adoption, and user exp...
Large language models are changing enterprise analytics at two connected but historically separate layers. At the access layer, they translate business questions into queries, clarify intent, and explain results. At the delivery layer, they...
Ni-based catalysts are widely used for CO2 methanation, but their activity and stability are strongly affected by metal dispersion and support basicity. In this study, mixed SiO2–MgO supports with MgO contents from 10 to 70 wt% were prepare...
Surface formate is widely observed during catalytic CO2 conversion, but its kinetic role remains debated because steady-state spectra alone cannot distinguish spectator species from reactive intermediates. Herein, isotope-resolved transient...
The catalytic formation of C1 oxygenates depends strongly on the local geometry and electronic structure of oxide–metal boundary motifs, yet the structural diversity of these interfacial sites makes rational catalyst design difficult. In th...