Miraculous 'AI-infused' surgery restores movement and sensation in a paralysed US man; Goa Shipyard and IISc collaborate to implement AI in shipbuilding; Japan aims to accelerate scientific discovery with generative AI development- this and more in our daily AI roundup. Take a look.
AI-infused surgery has brought new hope for those are paralyzed. According to the New York Post, Keith Thomas, injured in a diving accident, regained motion and sensation as his brain was connected to a computer through microelectrode implants. Experts call it a pioneering case for treating various diseases. Dr. Ashesh Mehta praised Thomas's determination, stating this breakthrough could help millions worldwide.
Goa Shipyard and IISc join forces for AI-driven shipbuilding. The MoU between GSL and IISc aims to enhance productivity, streamline processes, and innovate in warship and weapon integration, according to a TOI report. The collaboration seeks to implement AI-powered predictive analytics for safer working conditions, defence preparedness, and indigenous manufacturing, as well as reduce accidents and safeguard personnel and assets.
Japan's education ministry plans to create a generative AI that generates scientific hypotheses by learning from research papers and experiments, aiming to boost data safety and national competitiveness, according to Nikkei Asia. Initially, for medical and material research, the project, led by Riken, will open this technology to outside labs and companies in 2025. The AI could significantly reduce the time to publish papers and enhance Japan's global competitiveness.
Large Language Models (LLMs) face vulnerabilities, including susceptibility to automated adversarial attacks that produce harmful content. However,
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