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@tohoku_univ
tohoku. ac. jp > en > press > new_physics_based_ai_model_opens_frontiers_in_dielectric_materials_exploration. html

New Physics-Based AI Model Opens Frontiers in Dielectric Materials Exploration

1+ day, 4+ hour ago  (84+ words) Using this model, the researchers conducted a large-scale screening of more than 8, 000 oxide materials, ultimately narrowing down the suspects to uncover 31 previously unknown high-dielectric oxide materials. In practical terms, this can improve how devices process signals while reducing energy consumption....

@tohoku_univ
tohoku. ac. jp > en > press > lowering_the_entry_base_for_materials_science_through_a_friendly_reliable_ai_database. html

Lowering the Entry Base for Materials Science Through a Friendly, Reliable AI Database

2+ day, 1+ hour ago  (337+ words) A new artificial intelligence (AI) tool that could make it much easier to discover better materials for clean energy technologies. The system, called Stable Ox-Cat, helps scientists identify stable metal oxide electrocatalysts - materials that play a key role in processes…...

@tohoku_univ
tohoku. ac. jp > en > press > reliable_material_databases_bridge_ai__and_experimental_led_material_discovery. html

Reliable Material Databases Bridge AI- and Experimental-Led Material Discovery

1+ week, 1+ day ago  (168+ words) Research News - Reliable Material Databases Bridge AI- and Experimental-Led Material Discovery'tohoku. ac. jp - Reliable Material Databases Bridge AI- and Experimental-Led Material Discovery Materials databases lie at the heart of future data-driven discovery in energy-related fields, say researchers from Tohoku University....