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Flinders University researchers created a machine learning system that quickly predicts new gallium-based compounds with useful electronic properties for electronics and energy devices.

Unlocking the potential of deep neural networks: Apple and EPFL researchers introduce Boolformer, a Transformer-based neural network breaking barriers in symbolic logic problem-solving.

A 100-fold increase in the number of neurons that could be simultaneously recorded

Chinese giant Alibaba unveils Qwen3-Max, its largest artificial intelligence language model yet, focusing on advanced capabilities in code generation and independent decision-making.

New research shows advanced AI models can hold conversations so human-like that people frequently mistake them for real humans in controlled tests.

New research reveals how artificial intelligence systems combine quick and slow learning methods, mirroring processes in the human brain and offering ways to build better ai tools.

Researchers have suggested new LLM training strategies where AI learns by talking with others in a real-world setting.

Research demonstrates that simple brain cell systems adapt and learn complex tasks more quickly than advanced artificial intelligence, highlighting potential for bioengineered computing.

Tech leaders and innovators enthusiastically praise Grok 4.

Exploring the role of sensory experience in AI and human cognition.