
Space Telescope Finds 600 Hidden Galaxies in Single Image
Euclid telescope unveils 1,100 dwarf galaxy candidates in the Perseus cluster, doubling the known count and rewriting cluster formation understanding.
New research demonstrates how evolutionary algorithms can 'breed' AI models from existing ones, drastically cutting development costs & challenging traditional training.
Intelligent Systems and Computing Desk
Focused on AI innovations, data science, algorithms, digital society, computing research and technological impact


Euclid telescope unveils 1,100 dwarf galaxy candidates in the Perseus cluster, doubling the known count and rewriting cluster formation understanding.

A new KAIST material revolutionizes energy harvesting, turning motion into electricity with unprecedented elasticity and high charge generation.

New mathematical research redefines railway ballast, proving it's a complex, hypoplastic material critical for track integrity and reducing maintenance costs.
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Autonomous robotic systems at the University of Glasgow are revolutionizing molecular discovery, identifying new giant ring-shaped molecules with unprecedented efficiency.

Arctic worms are transforming fjords from carbon sinks to sources, accelerating climate change. A new study reveals how these pioneer species rework sediment chemistry.

New nickel-molybdenum catalyst matches platinum performance in hydrogen production, solving a critical cost barrier for the hydrogen economy.

New imaging protocol reveals the hidden grain structure of battery metals, unlocking strategies to transform solid-state battery performance, safety, and energy density.

Chemists developed molecular rings to transform nitrate pollution into valuable ammonia fertilizer using electricity, offering a sustainable solution to critical environmental issues.

EdgeScan enables smart cameras to not just detect objects but understand entire scenes contextually, leveraging edge computing for faster, more insightful AI.
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