Stanford researchers use AI to design and create synthetic viruses that are more infectious than those found in nature, prompting scientific excitement and biosecurity concerns.

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A Stanford research team has, for the first time, successfully designed and created synthetic virus genomes using artificial intelligence. The new bacteriophages, developed by Professor Brian Hie and colleagues, target E. coli bacteria with higher infectivity than any naturally-occurring viruses, raising major scientific possibilities alongside deep concerns over biosecurity and AI governance.

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Chlorothalonil Fungicide Linked to Severe in Insect Fertility, Raising Fears of Global Insect Collapse.

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Alarming research from Macquarie University has revealed that chlorothalonil, one of the world’s most widely used agricultural fungicides, can drastically reduce the fertility of beneficial insects—even at concentrations commonly found on supermarket produce. The findings raise urgent concerns about the chemical’s role in accelerating the ongoing decline of insect populations worldwide, a phenomenon some scientists…

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What is enriched uranium and why is it so hard to make?

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Enriched uranium is uranium processed to increase the concentration of the fissile isotope uranium-235 (U-235) beyond its natural abundance of 0.7%. Fissile refers to a material—specifically a nuclide—that can undergo nuclear fission when it absorbs a low-energy (thermal) neutron. This property is crucial because only fissile materials can sustain a self-sustaining nuclear chain reaction with…

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