Artificial muscle device produces force 34 times its weight

Graph Neural Networks (GNNs) leverage graph structures to perform inference on complex data, addressing the limitations of traditional ML algorithms. Google’s TensorFlow GNN 1.0 (TF-GNN) library integrates with TensorFlow, enabling scalable training of GNNs on heterogeneous…

Engineers have developed a method to teach robots to recognize uncertainty by quantifying the vagueness of human instructions, prompting them to request clarification when necessary, such as when multiple objects are present but only one is…

The Challenges of Implementing GPT-4: Common Pitfalls and How to Avoid Them 1. Understanding the Model’s Capabilities and Limitations Organizations must understand GPT-4’s strengths and weaknesses to set realistic expectations and identify suitable tasks. 2. Data…

New York University researchers trained an AI system using 60 hours of first-person video recordings from children aged 6 months to 2 years. The AI employed self-supervised learning to understand actions and changes like a child.…

Practical Solutions and Value Genomic Rearrangements and Bridge RNA Discover a modular approach to RNA-guided genetic rearrangements in bacteria, offering precise DNA targeting and insertion with minimal off-target effects. The system allows for accurate genomic engineering,…

InseRF, a new AI method developed by researchers at ETH Zurich and Google, addresses the challenge of seamlessly inserting objects into pre-existing 3D scenes. It utilizes textual descriptions and single-view 2D bounding boxes to enable consistent…

Path planning, a method used to find the best route from one point to another within a map, is often done through search-based planning techniques like A* search. Recent studies highlight the benefits of data-driven path…

Introduction to Brain-Computer Interfaces Brain-computer interfaces (BCIs) have advanced significantly, providing communication options for those with speech or motor challenges. Most effective BCIs use invasive methods, which can lead to medical risks like infections. Non-invasive methods,…

Google AI’s Gemini 2.5 Pro: A Game-Changer in Artificial Intelligence Google AI’s Gemini 2.5 Pro: A Game-Changer in Artificial Intelligence Overview of Gemini 2.5 Pro In the rapidly evolving field of artificial intelligence (AI), one of…

Generative AI has transformed healthcare by improving patient experience through various applications. These include personalized treatment plans, synthetic patient data for research, enhanced medical imaging, tailored educational materials, virtual health assistants, and accelerated drug discovery. However,…

Recent Advances in Language Models Recent studies show that language models have made significant progress in complex reasoning tasks like mathematics and programming. However, they still face challenges with particularly tough problems. The field of scalable…

Revolutionizing AI and Clinician Collaboration in Pathology with Nuclei.io Enhancing Pathology Datasets and Models The integration of AI in clinical pathology faces challenges due to data constraints and concerns over model transparency and interoperability. AI and…

Arcee Agent: A Powerful 7B Parameter Language Model for AI Solutions Arcee AI has introduced the Arcee Agent, a cutting-edge 7 billion parameter language model that excels in function calling and tool usage, offering an efficient…

Transforming Language Model Training with Critique Fine-Tuning Limitations of Traditional Training Methods Traditional training for language models often relies on imitating correct answers. While this works for simple tasks, it limits the model’s ability to think…

This week’s AI news highlights AI excelling in math tests and stirring debate about fake truths. Google unveiled its text-to-video model, while OpenAI ventured into education and faced criticism for data practices. Other developments include legal…

A new cloud observability platform called Middleware.io has been introduced to address the need for efficient troubleshooting and issue management in cloud-native applications. Leveraging AI-driven anomaly detection and resolution, the platform offers real-time monitoring, predictive capabilities,…

Research by Cohere for AI and Cohere shows that simpler reinforcement learning methods, such as REINFORCE and its multi-sample extension RLOO, can outperform traditional complex methods like PPO in aligning Large Language Models (LLMs) with human…

To begin using Clarifai, create an application using the Python SDK.

Alibaba researchers introduce DITTO, a self-alignment method enhancing large language models’ role-play capabilities, addressing the limitations of open-source models compared to proprietary ones. Leveraging extensive character knowledge, DITTO outperforms existing baselines, showcasing proficiency in multi-turn role-play…