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#1611Computer Science & AIFront Page19 November 2025

AI Breakthrough Bridges the Digital Gap for the Kashmiri Language

Researchers have tackled the scarcity of digital resources for the Kashmiri language by creating a substantial new dataset of over 15,000 news snippets. By testing various artificial intelligence models on this data, they identified a specific transformer model capable of classifying Kashmiri text with remarkable accuracy.

By Deyar, Ramani, Gupta, Nair, Venugopalan

#1612Environmental ScienceFront Page17 November 2025

Drones and Mangroves: A Nature-Based Defence Against Disease

Mangrove ecosystems function as natural barriers against vector-borne diseases by supporting predators that control pest populations. A new framework proposes using Unmanned Aerial Vehicles (UAVs) to implement ten targeted restoration strategies, merging ecological conservation with public health protection.

By Mohan, King, Moussa, Watt, Awuku-Sowah, Albery, Kairo, Amir, Sila, Macreadie

#1613Chemistry & Material ScienceFront Page20 November 2025

Architected Nanospaces Unlock Magnesium for Hydrogen Storage

Magnesium hydrides are promising candidates for hydrogen storage but suffer from slow reaction speeds and instability. A new approach called 'spatially programmed confinement' solves this by trapping the material within engineered 1D, 2D, or 3D structures to boost performance. This strategy transforms passive materials into efficient nanoreactors that operate at lower temperatures.

By Li, Ding, Jiang, Lin, Li, Du, Chen, Shaw, Pan

#1614Physics & AstronomyFront Page17 November 2025

Tuning Electron Pairs: The Mechanics of Quantum Dots

New research explores how magnetic fields and spin-orbit interactions influence two-electron systems within gallium arsenide quantum dots. By manipulating confinement strength, scientists can control electron pairing stability, providing a blueprint for future spintronic devices and quantum computers.

By Kachu, Angoth, Chebrolu, Boda

#1615NeuroscienceFront Page12 December 2025

Beyond the Ear: Reassessing the Neural Roots of Age-related Auditory Dysfunction

A recent review challenges the assumption that hearing loss is solely a mechanical failure of the ear, pointing instead to structural changes in the brain. The analysis suggests that cortical restructuring and sex-specific neural patterns play a significant, yet frequently overlooked, role in auditory decline.

By Mittelstadt, Shilling-Scrivo, Kanold

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