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31 results for "nanotechnology"
A South Korean professor just solved a major puzzle in how we control light at tiny scales, earning national recognition and opening doors for 3D displays and medical imaging. Her stable, colorful light technology stayed perfect for over 100 days.
Scientists at Oregon State University created a tiny iron-based material that completely wiped out breast cancer in mice without any side effects. The treatment uses cancer's own chemistry against itself, unleashing two powerful reactions that destroy tumors while leaving healthy tissue untouched.
Scientists in Houston developed a new method to detect cancer-causing pollutants in water and soil in just hours instead of weeks. Using tiny nanoparticles and artificial intelligence, they're making environmental testing faster, cheaper, and portable.
Scientists at New York University discovered how to use light like a remote control to build microscopic crystals, melt them, and rebuild them again. This breakthrough could lead to displays that change color on command and sensors that adapt instantly to their environment.
Scientists at CU Boulder have created tiny glass racetracks that capture and amplify light with almost no energy loss, potentially revolutionizing sensors and quantum computers. The breakthrough uses highway-inspired curves and sub-nanometer precision to keep light circulating longer than ever before.
Researchers engineered tiny nanoparticles that activate cancer drugs only in diseased lymph nodes, dramatically reducing harmful side effects while improving treatment effectiveness. The breakthrough could allow patients to receive stronger, more effective doses without the toxic reactions that force many to stop therapy.
Scientists have developed a therapeutic vaccine that successfully fought HPV-related cancers in mice, offering hope for patients with advanced disease. Unlike current vaccines that only prevent infection, this treatment targets existing tumors.
Researchers at the University of Stuttgart have unlocked a breakthrough that could transform how we store data by twisting ultra-thin magnetic materials to create skyrmions, some of the smallest and most stable information carriers ever observed. This discovery could lead to storage devices that pack dramatically more data into tinier spaces.
Researchers have built LEDs tinier than a single wavelength of light, opening doors to ultra-sharp VR displays and faster computer chips. The smallest pixel measures just 90 nanometers across.
Scientists at Oregon State University developed a cancer-fighting nanoparticle that completely eliminated breast tumors in mice without harming healthy tissue. The treatment exploits cancer's own chemistry to destroy malignant cells while leaving normal cells untouched.
Scientists in China just cracked a tricky physics problem that could transform everything from cameras to medical imaging. Their breakthrough lets a surface thinner than paper control two types of light completely independently across a rainbow of colors.
Oklahoma researchers created a "Trojan horse" delivery system that floods cancer cells with treatment instead of letting it trickle in slowly. The breakthrough could transform how we deliver life-saving therapies.
UCLA engineers created microscopic wires that actually get quieter as electricity flows through them, flipping conventional physics on its head. This breakthrough could mean clearer phone calls, better sensors, and a faster path to quantum computers.
Physicists just shattered records by observing 7,000 sodium atoms acting as a wave instead of particles, bringing the bizarre quantum world into our visible reality. This breakthrough opens doors to studying biological molecules in ways never before possible.
A new podcast reveals how physicist Katharine Burr Blodgett pioneered nanotechnology a century ago, becoming Cambridge's first female physics Ph.D. at age 26. Her groundbreaking work at General Electric helped shape modern industrial research.
Researchers developed tiny particles that use light to heat and destroy tumors while leaving healthy cells untouched. The biodegradable treatment could offer a gentler alternative to chemotherapy and radiation.
Scientists at Chalmers University just solved one of quantum computing's biggest paradoxes by building a refrigerator that uses noise as fuel instead of fighting it. This breakthrough could help make powerful quantum computers practical for everyday use.
Scientists built the world's smallest programmable swimming robots, each tinier than a grain of salt, that could one day navigate the human body to fight disease. The breakthrough turns 50 years of science fiction into reality.
Scientists in China developed a targeted nanotherapy that reduced bone cancer tumors by 94% while relieving pain and restoring damaged bone in mice. The breakthrough treatment disrupts the dangerous communication between tumors and nerves that fuels both cancer growth and chronic pain.
Scientists created tiny particles that hunt down and destroy harmful proteins causing dementia and cancer, including in the brain where most drugs can't reach. Early tests show success against major cancer drivers, and the technology could transform treatment for diseases once considered impossible to treat.
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