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49 results for "nanotechnology"
Scientists created a revolutionary quantum sensor using chains of linked atoms that can measure electric fields with stunning accuracy in a device smaller than a grain of rice. This breakthrough could transform everything from medical devices to environmental monitoring.
An Egyptian researcher just won premium gold for inventing a device that detects cancer from a single drop of blood, like a glucose monitor. The breakthrough could replace painful biopsies and catch cancer earlier than ever before.
Researchers in Austria just created the world's smallest QR code, measuring less than 2 square micrometers. This tiny breakthrough could unlock new possibilities in data storage and security.
Polish researchers have confined infrared light in a structure just 40 nanometers thick, shattering previous limits and opening doors to faster, smaller devices. The breakthrough could revolutionize how we build computers and communication technology.
Researchers just unlocked a way to supercharge ultra-thin materials called MXenes, making them 160 times more conductive. The breakthrough could transform everything from flexible electronics to high-speed wireless technology.
Researchers are creating microscopic robots made from DNA that could one day deliver drugs directly to diseased cells and capture viruses in the bloodstream. While still experimental, these molecular machines represent a breakthrough in combining biology with robotics.
Researchers just transformed flat nanomaterial sheets into tiny scroll-like tubes that conduct electricity better than the original version. These nanoscrolls could make batteries last longer, sensors work better, and smart clothing more durable.
MIT has appointed Tomás Palacios to lead groundbreaking research that will develop next-generation protection and sensing technology for U.S. soldiers. The electrical engineering expert brings a track record of turning laboratory discoveries into real-world innovations that save lives.
Researchers just made atom-thin computer chips 20 times brighter by carving tiny air pockets beneath them instead of changing the chips themselves. This clever breakthrough could transform quantum computing and sensing technology.
Scientists at Harvard built a tiny chip that can control the "handedness" of light on demand, opening doors to smarter sensors and faster communications. The breakthrough could revolutionize how we detect molecules and transmit data.
Scientists at UCLA just solved a nanoscale problem that's been holding back an entire generation of electronics. Their breakthrough could unlock faster, cheaper devices that use far less power.
Scientists discovered that malaria parasites contain spinning crystals powered by the same chemical reaction used in spacecraft engines. This breakthrough could lead to new life-saving drugs and inspire innovations in microscopic robotics.
Researchers discovered that malaria parasites contain tiny spinning crystals powered by the same chemical reaction used in rocket engines. This breakthrough could lead to new treatments and inspire advances in microscopic robotics.
Portuguese researchers have developed tiny carbon capsules that could revolutionize cancer treatment by making radiotherapy more precise and less harmful to healthy tissue. The breakthrough uses a new element to target cancer cells with pinpoint accuracy.
Thailand is rolling out a breakthrough nanosensor that identifies water contaminants like manganese and copper in minutes instead of days. The technology combines tiny nanomaterials with real-time digital monitoring to make water safety testing faster, cheaper, and accessible to communities.
Scientists created microscopic robots smaller than a hair that swim through the body to kill tumors without surgery. These biodegradable "TriMag" robots could make cancer treatment, brain surgery, and eye procedures safer and less painful.
Scientists have found a way to generate three times more renewable electricity from mixing saltwater and freshwater. The breakthrough uses a special coating that helps ions flow faster through tiny channels.
Scientists discovered how small creatures swim efficiently in a "mesoscale" realm of physics, revealing the secret to building tiny robots that could deliver drugs directly to tumors. The breakthrough could transform medical treatment without harming the whole body.
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.
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