Outdated water systems can’t keep up with today’s climate and pollution challenges, but AI could be the game-changer. This new roadmap demonstrates how artificial intelligence can revolutionize water ...

The lecture aimed to create a platform for knowledge exchange on Artificial Intelligence (AI) between international experts and Thai academics. It also sought to guide the enhancement of teaching and ...

A breakthrough light-based chip could revolutionize AI by cutting energy demands while preserving high performance, paving the way for faster and greener computing systems. A new semiconductor chip ...

A new analytics tool shines a light on the hidden signals that drive, or erode, our trust in AI chatbots, providing developers with a roadmap to build more human-centered and trustworthy digital ...

How do scientists explore Earth's hidden interior - its crust, mantle, and core? The answer lies in earthquake waves. Like X-rays, these seismic waves travel through and reflect off internal ...

Overview and trends of intelligent photonics in emerging technologies. a Scheme summarizing the applications made possible by the synergy between nanophotonics and machine learning methods, ranging ...

As Generative AI reshapes industries, its overlooked environmental toll and social inequalities demand bold, collective action for a sustainable future. Commentary: A social-environmental impact ...

A reprogrammable chip that manipulates light to perform AI’s nonlinear calculations could slash energy costs and supercharge machine learning, ushering in an era of fully optical, lightning-fast ...

In today's world of interconnected computer-based information systems, cyber risk has become one of the critical risk factors impacting organizations. Indeed, several studies have shown that cyber ...

With the debut of NanoAI, Ottocast transforms traditional car adapters into intelligent, AI-powered copilots, ushering in a new era where your vehicle becomes a fully connected, interactive, and ...

A new interdisciplinary framework reveals how machines and humans generalize knowledge in fundamentally different ways, a breakthrough that could shape the future of sustainable, human-aligned AI.

A revolutionary chatbot from Emory University transforms molecular simulations, empowering students and scientists to visualize complex chemistry in motion without writing a single line of code.