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Overview: A New Pace for Molecular Simulation In the race to make quantum simulations practical for chemistry, a recent study pushes the envelope by producing…

Breaking the Limits of Molecular Simulation Quantum chemistry aims to predict how molecules behave at the most fundamental level. But simulating even the simplest diatomic…

Rethinking Molecular Simulation with Ising Machines Quantum simulation has long promised a leap forward in understanding molecular behavior, but practical barriers have kept complex simulations…

Overview: A Practical Solution for Space Tourism and Exploration As space agencies and private ventures eye extended stays and travel beyond Earth orbit, protecting the…

Overview: A New Shield for Spacebound Medicines As humanity maps longer voyages beyond Earth, safeguarding the integrity of medicines becomes as crucial as shielding astronauts.…

Revolutionizing Computational Materials Science Density functional theory (DFT) is a cornerstone of modern materials research, enabling scientists to predict electronic structure and properties with quantum…

Overview: Why a solar storm matters to satellites As humanity depends more on space-based services—from GPS to high-speed communications—the risks posed by space weather have…

A New Era in Hydrology Analytics NASA and Microsoft have announced the final version of an AI-powered tool designed to track changes in Earth’s water.…

Overview: A collaborative leap in water monitoring NASA and Microsoft have completed a milestone project that could transform how scientists, policymakers, and the public understand…

A Scientific Sandbox for Vision Evolution Researchers at MIT have introduced a computational framework described as a “scientific sandbox”—a flexible environment that lets scientists simulate…
