Phys.org
World's first synthetic cell with a complete life cycle could revolutionize biological engineering
Scientists have created the world's first fully synthetic cell capable of completing an entire biological life cycle — including energy use, growth, and reproduction. The breakthrough moves synthetic life from theoretical concept to laboratory reality, marking a turning point in what human-engineered biology can achieve. The implications for medicine, manufacturing, and our fundamental understanding of life itself are profound.
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NASA rolls out three robotic moon missions as 2029 lunar base plans take shape
NASA is pressing ahead with lunar ambitions, unveiling three robotic missions designed to lay the groundwork for a permanent base on the moon's surface. The uncrewed flights will gather critical data and test infrastructure ahead of a planned 2029 establishment timeline. The move signals the agency's determination to maintain momentum on its long-term lunar strategy despite recent program disruptions.
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The universe is less uniform than we thought—cosmology may need a radical rethink
New findings suggest the universe's matter distribution is lumpier and more directional than the cosmological principle assumes, potentially undermining one of modern physics' most foundational ideas. The cosmological principle has underpinned nearly a century of cosmic modeling, from Big Bang theory to dark energy calculations. If it fails, scientists may need to rebuild their understanding of the universe's structure from the ground up.
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Abundant catalyst converts methane into valuable liquid chemicals
Researchers at Brookhaven National Laboratory have developed a method to convert methane, the primary component of natural gas, into valuable liquid chemical precursors using molybdenum disulfide — a widely available industrial catalyst requiring minimal modification. The findings, published in *Advanced Functional Materials*, offer a potentially scalable pathway for turning a largely wasted or burned resource into high-value industrial feedstocks. If commercialized, the approach could reshape how the energy and chemical industries extract value from natural gas.
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