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25 results for "ocean technology"
Scientists decoded how the black ghost knifefish swims backward and hovers using wave-like fin motions. Their findings are helping engineers design nimble underwater robots for rescue missions and ocean exploration.
India just successfully tested its first homegrown floating wind measurement system off the Tamil Nadu coast, a breakthrough that could unlock the country's massive offshore wind energy potential. The technology will help identify the best spots to build ocean wind farms without relying on expensive foreign equipment.
A massive offshore wind farm 53 kilometers off the Dutch coast just hit its first major milestone, bringing clean power for one million homes closer to reality. The OranjeWind project is now laying the literal foundation for a sustainable energy future.
Simple LED lights attached to fishing nets are saving thousands of sea turtles from deadly bycatch, reducing deaths by up to 60% in trials. Scientists and fishermen are finally aligning around practical solutions that protect ocean wildlife without sacrificing catch.
A Norwegian company has launched the world's first floating data center that's powered and cooled entirely by offshore wind turbines. The innovation solves two of tech's biggest problems: where to put massive AI facilities and how to keep them from overheating.
A Los Angeles port once used for oil storage is now home to a groundbreaking wave energy system that could power nearly 60,000 homes. The two-year pilot project might finally unlock the ocean's untapped clean energy potential.
A California company is solving AI's massive energy problem by tucking data centers into underwater tanks that keep offshore wind turbines afloat. The clever design uses ocean water for cooling and renewable energy for power.
A robotics student spent her summer at MIT Lincoln Laboratory developing breakthrough algorithms that help underwater robots and divers work together where GPS doesn't reach. Her code is already being tested in real ocean missions.
Scientists created a flexible robotic wing that senses water currents and adapts like a bird or fish, slashing underwater jolts by 87%. The breakthrough could make ocean robots safer, smarter, and far more energy efficient.
Scientists discovered sea urchin spines generate electricity from water flow, inspiring self-powered underwater sensors. The breakthrough could revolutionize ocean monitoring without batteries.
Scientists turned underwater internet cables into a massive microphone to listen for endangered whales. The breakthrough could protect threatened marine mammals across 870,000 miles of ocean floor.
Researchers have developed aluminum tubes that can't sink, even when punctured and damaged. The breakthrough could unlock a massive source of clean energy from ocean waves.
The UK's Royal Navy is trialing tiny robotic sailboats that harness wind and solar power for ocean surveillance. The eco-friendly fleet could transform how navies monitor vast stretches of sea without burning fossil fuels.
A startup just made exploring the ocean depths as affordable as launching small satellites, dropping costs by 100-fold. Their bobbing underwater robots could help everyone from fishermen to climate scientists understand our mysterious oceans.
Scientists at the University of Rochester created aluminum tubes that can't sink, even when riddled with holes. The breakthrough could revolutionize ship safety and ocean energy harvesting.
Japan just pulled off something no country has ever done: retrieving rare earth minerals from 20,000 feet below the ocean surface. The breakthrough could help the nation break free from dependence on foreign suppliers for the materials that power everything from smartphones to electric cars.
Japan just made history by collecting rare earth minerals from 6,000 meters below the ocean surface, a world first that could reshape global supply chains. The breakthrough could give Japan 700+ years of critical materials for phones, electric cars, and green technology.
A Swedish ocean energy company just secured funding to bring underwater "kite" turbines to Taiwan's shores. The technology could tap into the island's powerful tidal currents to generate clean, predictable electricity.
Cornell researchers are teaching robots to 3D print concrete structures underwater using seafloor sediment, potentially transforming how we build and repair bridges, ports, and other critical ocean infrastructure. The breakthrough could make maritime construction faster, cheaper, and far less disruptive to marine environments.
University of Rochester researchers have developed metal tubes that physically cannot sink, even when riddled with holes. The breakthrough could revolutionize ship safety and unlock new clean energy solutions.
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