Tag: Materials Science
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The 7 Top Space and Defense Tech Startups from Disrupt Startup Battlefield
Introduction: A Glimpse into the Future of Space and Defense Tech TechCrunch’s Disrupt Startup Battlefield remains one of the most influential stages for emerging startups. Each year, thousands apply, hundreds are shortlisted, and a select group earns the chance to pitch before a global audience. In the realm of space and defense technology, the winners…
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AI-Driven Breakthrough: Causal AI Sheds Light on Superconductivity Mechanism at Tohoku University and Fujitsu
AI-Powered Leap in Materials Science In a landmark collaboration, Tohoku University and Fujitsu Limited have demonstrated the power of causal artificial intelligence (AI) to uncover the fundamental mechanism behind superconductivity in a promising new functional material. By applying advanced AI models designed to tease apart cause-and-effect relationships within complex physical systems, the researchers have moved…
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Causal AI Sheds Light on Superconductivity Mechanism at Tohoku University and Fujitsu
Groundbreaking collaboration uses causal AI to probe superconductivity The collaboration between Tohoku University in Japan and Fujitsu Limited marks a notable milestone in materials science and artificial intelligence. By applying causal AI methods to experimental data and theoretical models, researchers have begun uncovering the mechanism that governs superconductivity in a promising new functional material. This…
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Tohoku University and Fujitsu Apply Causal AI to Uncover Superconductivity Mechanism in New Functional Material
Breakthrough in Superconductivity Using Causal AI In a landmark collaboration, Tohoku University and Fujitsu Limited have successfully applied causal artificial intelligence (AI) to uncover the underlying mechanism of superconductivity in a promising new functional material. The joint effort demonstrates a practical application of AI to advance fundamental science, offering a roadmap for future discoveries at…
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MIT’s 2025 Top Research Stories: A Year of Groundbreaking Advances
Overview MIT’s research community delivered a year of high-impact discoveries across science and engineering in 2025. From quantum computing milestones to sustainable energy breakthroughs and advances in health technologies, the year showcased MIT’s role in shaping the future. This article highlights the most-read stories that captivated scientists, policymakers, and the public, reflecting a shared momentum…
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Scientists Unveil a New Phase of Matter: Time Crystals Created in Diamond
Beyond the Traditional States: A New Phase Emerges In a bold leap for quantum physics, researchers have demonstrated a new phase of matter by manipulating the quantum properties of a diamond. This development centers on time crystals—an exotic state where patterns repeat in time, not just space. By leveraging the unique environment inside a diamond,…
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Diamond-Driven Time Crystals: A New Phase of Matter
What is a time crystal—and why does it matter? Time crystals are a striking prediction in quantum physics: a state of matter where the system’s properties replay in time, even without energy input, in a rhythm that never settles into a conventional equilibrium. Unlike ordinary crystals, which repeat their structure in space, time crystals exhibit…
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Quantum Simulation Breakthrough: 1.2-Second H₂ Profiles Using Ising Machines
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 hydrogen molecule (H₂) profiles in about 1.2 seconds using Ising machines. This marks a notable step forward in quantum-inspired computing, where specialized hardware mimics key aspects of quantum systems to…
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From Rubber to Rockets: Cosmic Coat Shields Medicines in Space
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 integrity of medicines becomes as crucial as safeguarding astronauts. A cross-border collaboration between Sunway University in Malaysia and Monash University Malaysia has introduced a promising material that could preserve the…
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From Rubber to Rockets: Malaysia’s Cosmic Coat Shields Medicines from Space Radiation
From Rubber to Rockets: The Cosmic Coat Breakthrough In a bold stride toward sustainable deep-space exploration, researchers from Sunway University and Monash University Malaysia have unveiled a novel material designed to shield medicines from the harsh radiation of outer space. The project, nicknamed the “Cosmic Coat,” blends advanced polymers with radiation-absorbing additives to create a…