The team used computer models of computational fluid dynamics, then tested out the painstaking—yet reportedly ...

A million years ago, when everything we encountered was shaped solely by forces of nature, something that began as a spark of ...

KAIST researchers have discovered a molecular switch that can revert cancer cells back to normal by capturing the critical ...

By leveraging computational modeling, large-scale data analysis, and mathematical frameworks, this approach aims to uncover the mechanisms that regulate immune responses, predict system behavior under ...

FDA proposes draft guidelines on AI use in drug development, addressing challenges and opportunities for improving safety and ...

In this work, we demonstrate how computational multi-scale brain modeling links phenomena of different scales and therefore identifies potential disease mechanisms leading the way to improved ...

A Nigerian scientist, Prosper Chukwuemeka is combining data-driven insights with biological research to evolve a smarter and effective cancer treatment.Chukwuemeka’s research targets uncovering the ...

The researchers validate SySTeC’s effectiveness through extensive performance evaluations on common tensor operations, including symmetric sparse matrix-vector multiplication (SSYMV), ...

DeepSeek R1 combines affordability and power, offering cutting-edge AI reasoning capabilities for diverse applications at a ...

The future of AI scaling will likely involve hybrid approaches that combine elements of all three paradigms. Researchers and ...

Understanding Neuro-Symbolic Integration Neuro-symbolic AI combines two fundamental paradigms in artificial intelligence: ...

Electric vehicle owners who want to charge at work will soon have a new tool to help, thanks to a study announced Thursday by ...