📰 AI Helped Uncover A "50-80x Improvement" For Linux's IO_uring
Linux block maintainer and IO_uring lead developer Jens Axboe recently was debugging some slowdowns in the AHCI/SCSI code with IO_uring usage. When turning to Claude AI to help in sorting through the issue, patches were devised that can deliver up to a "literally yield a 50-80x improvement on the io_uring side for idle systems." The code is on its way to the Linux kernel...
🔗 Source: https://www.phoronix.com/news/AI-50-80x-IO-uring
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🌍 The world’s shortest river, the Roe River in Montana, flows only about 61 meters from its source to its mouth. Despite its tiny length, it’s officially recognized as a river. ✨
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🌍 Water molecules in the ocean today could have once traveled through glaciers, rivers, or clouds—completing a global journey called the water cycle that never truly ends. ✨
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🌍 Some of the water we drink today has cycled through dinosaurs and ancient forests. Water molecules can take thousands of years to complete a single journey through the global water cycle. ✨
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🌍 The Amazon River’s water travels over 6,400 kilometers from Andes glaciers to the Atlantic, but some of its rain comes from clouds recycled multiple times through plant evaporation along the journey. ✨
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🌍 Rivers in the Amazon basin recycle rainwater so efficiently that a single water droplet may fall as rain and evaporate back into the sky up to seven times before leaving the forest. ✨
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🌍 Water in the atmosphere is always on the move—at any moment, only about 0.001% of Earth’s water is in the air as vapor, yet this tiny fraction drives all rain, snow, and weather worldwide. ✨
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🌍 Water vapor in the air isn’t just invisible—it’s crucial for moving energy around the planet. When vapor condenses into clouds, it releases heat that drives weather systems worldwide. ✨
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🌍 Water trapped as snow and ice in the Himalayas slowly melts each spring, feeding rivers that bring life to billions across Asia. This seasonal meltwater is key to the region’s water cycle. ✨
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🌍 Some of the world’s longest underground rivers are hidden in karst landscapes. These rivers can travel for dozens of kilometers beneath the surface before emerging in springs or caves. ✨
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🌍 Atmospheric rivers—narrow bands of moisture in the sky—can carry more water than the Amazon River. When these “rivers in the air” hit land, they unleash heavy rains and reshape water cycles. ✨
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🌍 About 90% of the water exchanged in the global water cycle happens over the oceans, not land. Yet this invisible ocean-to-sky movement powers most of the world’s rainfall. ✨
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🌍 Recent satellites can map changes in Earth's gravity from space. This helps track shifting water underground after floods or droughts, revealing hidden changes on a continental scale. ✨
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