
Magnets Unlock Hidden Power in Quantum Materials
Researchers use weak magnetic fields to triple thermoelectric efficiency in quantum materials, enabling new low-temp energy recovery.
Unraveling atomic chaos in clean energy cells: new insights show how ion diffusion both enhances and destroys performance, key to stable hydrogen storage.
Energy, Innovation and Engineering Desk
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Researchers use weak magnetic fields to triple thermoelectric efficiency in quantum materials, enabling new low-temp energy recovery.

Norwegian sea trout face rapid decline & evolutionary collapse due to salmon lice from fish farms. New research quantifies the devastating impact on fitness.

New research reveals how specific ionic liquids enable instant polymer crystallization, drastically reducing processing time for advanced material development.
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Industrial wireless faces brutal latency & reliability demands. A new cooperative transmission strategy cuts transmit power by 4.5 dB for robust factory automation.

New research reveals how rising Arctic temperatures give smaller copepods a metabolic advantage, shifting polar food webs and favoring boreal species expansion.

New research challenges biomass's role: more valuable for strategic carbon capture & synthetic fuels than direct energy, critical for Europe's net-zero.

Astrophysicists unveil a novel method to trace galaxy cluster evolution across cosmic time, combining observations and simulations to reveal stellar mass growth.

Revolutionary AI from University of Limerick and Galway enhances breast cancer detection, making algorithms transparent and more accurate for clinicians.

Unlock the secrets of the early universe. Discover how tensor networks precisely simulate meson thermalization in extreme quark-gluon plasma conditions.
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