Spotlight

– Researchers Develop Neuromorphic Biosensor for On-Chip Learning
– Microsoft Unveils New AI-Powered Features for Surface Devices
– GitHub Copilot and Amazon Code Whisperer generate code that sometimes includes and exposes other users’ API keys.
– Computer Vision Techniques Enable 3D Motion Magnification using NeRF (neural radiance fields).
– Google’s Bard AI Enhances Data Access with Google Application Integration with Gmail, Google Docs, and Google Drive.

MindBlowing AI Tools Everyone talking about

The following AI tools have seen recent launches and updates:

– Screenwriter: An AI tool designed specifically for UI testing.
– Einblick: A powerful tool that facilitates data notebook and code writing.
– Kick: An AI-powered bookkeeping tool that automates financial tasks.
– Verble: A tool that provides assistance in speechwriting, making the process smoother.
– Astrocyte: A unique tool that allows users to create and interact with 3D AI characters.

What The World Has Researched & Innovated

The latest breakthroughs in AI include:
– Interactive AI Surpasses Generative AI, According to Google DeepMind Co-founder
– Three Waves of AI Evolution: Classification, Generative, and Interactive
– Impressive Attempts at Autonomous Bots, But Generative AI Still Dominant
– Designing App Interfaces with Midjourney Tutorial
– AI-Generated Image Showcases Car-Inspired Furniture
– AI Capable of Designing Better Cities Than Humans

Research Details:

– Interactive AI Surpasses Generative AI: Google DeepMind’s co-founder, Mustafa Suleyman, believes that interactive AI is the next big thing in the field, surpassing generative AI. He referred to it as a “profound moment” in technology history.

– Three Waves of AI Evolution: AI’s evolution can be divided into three waves: classification, generative, and interactive. Interactive AI refers to bots that can autonomously communicate and perform tasks set by users.- Impressive Attempts at Autonomous Bots, But Generative AI Still Dominant

Neuromorphic Biosensor: Researchers from Eindhoven and Northwestern University have developed a groundbreaking neuromorphic biosensor. This biosensor is capable of on-chip learning, eliminating the need for external training.

Reevaluating Datacenters for AI Workloads: Schneider Electric warns that existing data centers may not be equipped to handle the demands of AI workloads. Liquid cooling, higher voltage power distribution, and efficient heat rejection are suggested as necessary changes.

Optimize Power, Cooling, and Rack Configuration: Schneider provides guidance on optimizing power, cooling, rack configuration, and software management to meet the demands of AI adoption.

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