Search

Artificial Intelligence (AI) is a transformative force reshaping our understanding of what is possible. This technology transcends human capabilities, elevating our decision-making to new heights of efficiency and precision. AI [...]

This article explores the potential of artificial intelligence (AI) and the need to push its boundaries. It acknowledges the various capabilities of AI, such as generating images and playing games, but emphasizes that these capabilities are currently isolated. The article argues that by interconnecting these skills, similar to how neurons form networks in the human brain, AI can reach new heights. It also discusses the need for regulatory frameworks to ensure safety but advocates for unrestricted exploration within ethical boundaries. The article further explores how AI can reflect human cognitive processes but warns about the potential for biases and misinterpretations. It concludes by stating that AI can amplify human mental powers and calls for further exploration into the unknown. The article also provides a brief history of AI, from its origins in the 1940s to recent advancements in deep learning. [Extracted from the article]

This article explores how the surprising water footprint of semiconductor manufacturing, datacenters, and AI solutions is sparking sustainable development. The semiconductor industry's rapid expansion, driven by the demand for chips used in smartphones, electronics, and AI services, has raised concerns about water usage due to both manufacturing processes and datacenter cooling requirements. While companies like Google and Intel are committing to water-positive goals by 2030, innovations in recycling and treatment technologies, such as those developed by Gradiant, offer promising solutions to minimize water consumption and environmental impact according to Gradiant CEO Anurag Bajpayee. Despite the challenges posed by water scarcity, semiconductor manufacturers are proactively addressing sustainability concerns through strategic water management practices and technological advancements.

An interview is presented in which ACM fellow Daniela Rus discusses humanoid robots, liquid networks, and her optimism regarding technology, as well as the need for innovative thinking in order to drive positive change.