Weekly News Round-Up For April 17, 2024
In this week’s edition of AI Buzz, we delve into the multifaceted world of artificial intelligence, spotlighting advancements and ethical quandaries alike. From Nvidia’s battle in the AI chip funding arena to groundbreaking AI methodologies transforming pain management and astrophysics, our coverage spans the innovative to the introspective.
As AI’s influence on art and creativity becomes a central discourse, we underscore the necessity for nuanced discussions on AI’s role in artistic expression and the ethical implications therein. This issue not only explores the cutting-edge of AI technology but also invites reflection on the deeper impacts of these developments on society, art, and individual rights, guiding us through the complexities of AI’s evolving landscape with critical insight and foresight.
Latest News
Nvidia might be clouding the funding climate for AI chip startups, but Hailo is still fighting
Despite the challenging funding environment for AI chip startups due to Nvidia’s dominance, Hailo continues to secure significant investments to compete. […Read More…]
AI learned how to sway humans by watching a cooperative cooking game
The article explores research on how AI can learn to influence human actions by analyzing human collaboration in the game Overcooked, suggesting potential applications and ethical considerations for AI-human interaction. […Read More…]
Artificial intelligence helped scientists create a new type of battery
Using a combination of supercomputing and AI, scientists identified a potential new solid electrolyte for batteries in just 80 hours, a process that might have otherwise taken decades. […Read More…]
Avoiding Opiates – A New AI Prescription for Pain
A study by Worcester Polytechnic Institute, funded by the NIH, uses AI to guide chronic pain patients towards mindfulness-based treatments instead of opioids.[…Read More…]
AI-Powered Astrophysics: Unveiling the Cosmic Origins of Heavy Elements
Machine learning predictions have been successfully used to model atomic masses, offering new insights into the cosmic origins of heavy elements.[…Read More…]
