In partnership with

🗞 News of the day

🤖 World's First Fully Automated AI Scientist

The AI Scientist by Sakana.ai is revolutionizing the way scientific research is conducted.

• AI-Driven Research Breakthrough: The AI Scientist automates the entire research process, from idea generation to manuscript writing. It was developed in collaboration with researchers from Oxford and UBC, and it can produce research papers at a cost of about $15 each, making scientific research more accessible.

• Capabilities and Contributions: This AI-driven system can generate novel insights in various machine learning subfields. Example papers have demonstrated innovative approaches, highlighting the AI Scientist's potential in contributing to scientific advancements.

• Challenges and Ethical Considerations: There are still technical limitations and ethical issues to address, such as ensuring the quality and novelty of research and avoiding potential misuse. The AI Scientist is a step toward a fully AI-driven scientific ecosystem, but human scientists will continue to play crucial roles.

Ever dreamt of having a robot assistant? At Robozaps.com, we make that dream a reality! Our marketplace offers a wide range of humanoid robots designed to help with everything from household chores to business tasks. These robots are user-friendly, efficient, and incredibly helpful, freeing up your time for the things you love.

Imagine a robot that can manage your schedule, clean your home, or assist with office work—all at the touch of a button. At Robozaps, we believe in making advanced technology accessible and practical for everyone. Visit Robozaps.com and discover how our humanoid robots can transform your daily life!

🔖 Today's Cool Story

🚨 AI to Generate Clean Fusion Energy

Scientists from Princeton University report an AI breakthrough that could significantly advance the generation of clean fusion energy.

• AI Model for Plasma Stability: Researchers developed an AI model that predicts plasma instabilities, specifically tearing mode instabilities, 300 milliseconds before they happen. This proactive approach helps maintain plasma stability by controlling power input and plasma shape, potentially preventing catastrophic failures in fusion reactors.

• Significance of Tearing Mode Instabilities: Tearing instabilities are a major cause of disruptions in fusion reactors, leading to rapid energy release that can damage reactor walls. Addressing these instabilities is crucial for achieving sustainable and efficient fusion energy, as current reactors can only handle limited disruptions before needing repairs.

• Future Potential and Ongoing Research: The study is a proof-of-concept that requires further fine-tuning and validation. Researchers are optimistic about applying AI technology to various reactor designs, aiming for enhanced control over fusion reactions and ultimately achieving boundless clean fusion energy. Continued collaboration among institutions is essential to accelerate these advancements.

🚀 Try New Human Resources Prompts

🎨Image Prompts

Prompt #1: Beige lounge chair

Prompt #2: London townhouse modern office

Prompt #3: A tiny warm kitchen

See all Midjourney prompts →