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64 results for "superconductivity"
University of Houston researchers just achieved the highest superconductivity temperature ever recorded at normal pressure, bringing us closer to zero-loss electricity. The breakthrough could save billions in wasted energy and transform everything from power grids to medical devices.
University of Houston researchers just achieved what many thought impossible: electricity flowing with zero resistance at the highest temperature ever recorded under normal pressure. This breakthrough could transform our power grids and save billions in wasted energy.
Researchers have discovered how to control superconductivity using laser pulses, turning the special electrical state on and off at will. This breakthrough could lead to revolutionary quantum computers and smart electrical devices.
A Malaysian physicist just became a principal investigator at one of China's top universities at age 28, years ahead of the usual timeline. His breakthrough discovery in superconductivity is opening doors that typically stay closed until mid-career.
Scientists built the world's first superconducting quantum heat engine that turns near-absolute-zero heat into useful work. The breakthrough could eliminate millions of costly cables currently needed for large-scale quantum computers.
Physicists discovered hidden magnetic patterns inside the pseudogap, a puzzling state that appears right before materials become superconductors. This breakthrough brings us closer to engineering superconductors that work at higher temperatures, potentially transforming power grids and quantum computers.
Scientists discovered hidden magnetic patterns that could finally explain how superconductors work, bringing us closer to lossless electricity transmission and revolutionary quantum computers. Using atoms cooled nearly to absolute zero, they found the missing puzzle piece that's stumped physicists for decades.
A quantum computing company is reviving forgotten superconducting technology from the 1980s to solve one of the industry's biggest challenges. The decades-old innovation could make quantum computers more powerful and efficient than ever before.
South Korean scientists just landed the largest international research deal ever awarded to Korean researchers, thanks to a breakthrough that shrinks powerful superconducting magnets to pocket size. Their innovation could unlock clean nuclear fusion energy and transform medical imaging worldwide.
Researchers at Hebrew University discovered that two widely studied superconductors have been hiding a secret for decades. What looked like one simple superconducting state turned out to be two states working together so perfectly they appeared as one.
Materials that could power future quantum computers turned out to be far more intricate than anyone realized. Two ultrathin superconductors have been hiding a secret for decades: what looked like one superconducting state was actually two working in perfect sync.
A Chinese startup's nuclear fusion device just sustained plasma for over 22 minutes, marking a major milestone toward clean, unlimited energy. The breakthrough combines superconducting magnets with AI control systems.
A new superconducting cable technology could slash energy waste in AI data centers by replacing copper wiring with materials that transmit power with almost zero resistance. Microsoft just invested $75 million to make it happen.
Scientists used artificial intelligence to discover two new superconducting materials in a fraction of the usual time. The breakthrough method could help researchers find a room-temperature superconductor by 2033, potentially transforming how the world uses energy.
Japanese researchers discovered a new superconducting material that can switch between three different states, bringing us closer to ultra-powerful quantum computers. The breakthrough could help create more stable quantum computers that don't lose information as easily.
Scientists at MIT just built a super-fast memory chip that's 10 times more reliable than previous versions, bringing us closer to powerful quantum computers that could solve problems in seconds that take today's computers years. This breakthrough could transform everything from medical research to climate modeling.
A young physicist who designed a revolutionary copper-free superconductor has moved from Singapore to China's Zhejiang University. His breakthrough material enables high-temperature superconductivity, a major leap for energy and technology.
Scientists at MIT just solved a major roadblock in quantum computing by creating ultrathin superconducting materials that don't degrade in air. This breakthrough could make quantum devices much smaller and easier to manufacture.
Swiss scientists just shrunk a building-sized superconducting magnet down to the size of your hand without losing its incredible power. This breakthrough could bring advanced medical imaging and fusion energy research to labs everywhere.
Scientists in Sweden found a surprisingly simple way to make superconductors work at higher temperatures and resist magnetic fields. Instead of inventing new materials, they sculpted tiny patterns onto the surface beneath the superconductor.
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