Showing 13 to 24 of 26 results
World's Smallest Violin Created Using Nanotechnology
Scientists at Loughborough University created a 35-micron-long, 13-micron-wide violin using a new nanolithography system, advancing research in areas such as computer efficiency and energy harvesting; the process, involving thermal scanning probe lithography, took several months to perfect.
World's Smallest Violin Created Using Nanotechnology
Scientists at Loughborough University created a 35-micron-long, 13-micron-wide violin using a new nanolithography system, advancing research in areas such as computer efficiency and energy harvesting; the process, involving thermal scanning probe lithography, took several months to perfect.
Progress
40% Bias Score
Contact Lenses Enable Infrared Vision, Even with Closed Eyes
Chinese researchers created contact lenses using nanoparticles to convert near-infrared light into visible light, enabling users to see infrared sources, even with closed eyes, as tested on both mice and humans.
Contact Lenses Enable Infrared Vision, Even with Closed Eyes
Chinese researchers created contact lenses using nanoparticles to convert near-infrared light into visible light, enabling users to see infrared sources, even with closed eyes, as tested on both mice and humans.
Progress
24% Bias Score
Large Language Models Fall Short in Analogical Reasoning
A new study reveals that large language models significantly underperform humans in analogical reasoning, highlighting a critical limitation in their ability to generalize from diverse data and affecting their applicability in various fields, unlike human adaptability to unfamiliar contexts.
Large Language Models Fall Short in Analogical Reasoning
A new study reveals that large language models significantly underperform humans in analogical reasoning, highlighting a critical limitation in their ability to generalize from diverse data and affecting their applicability in various fields, unlike human adaptability to unfamiliar contexts.
Progress
36% Bias Score
China Creates World's Thinnest Metal Materials
Chinese scientists have fabricated single-atom-layer metals, measuring 6.3 to 9.2 angstroms thick, using a novel method involving melting metals on an atomically flat molybdenum disulfide surface; this breakthrough enables applications in flexible electronics, catalysis, and quantum computing.
China Creates World's Thinnest Metal Materials
Chinese scientists have fabricated single-atom-layer metals, measuring 6.3 to 9.2 angstroms thick, using a novel method involving melting metals on an atomically flat molybdenum disulfide surface; this breakthrough enables applications in flexible electronics, catalysis, and quantum computing.
Progress
32% Bias Score
Nano-Polymer Sensor Detects BPA in Food Packaging at Hitit University
Researchers at Hitit University are developing a smart nano-polymer sensor to detect Bisphenol A (BPA) levels in food and beverage packaging, funded by TÜBİTAK; the sensor's nano-scale design allows for easier sensor use and potential in-vivo applications.
Nano-Polymer Sensor Detects BPA in Food Packaging at Hitit University
Researchers at Hitit University are developing a smart nano-polymer sensor to detect Bisphenol A (BPA) levels in food and beverage packaging, funded by TÜBİTAK; the sensor's nano-scale design allows for easier sensor use and potential in-vivo applications.
Progress
28% Bias Score
Brain-on-a-Chip Improves Alzheimer's Drug Development
The International Iberian Nanotechnology Laboratory (INL) developed a brain-on-a-chip microdevice using microfluidics and a bio-membrane to simulate the blood-brain barrier, enabling more efficient testing of Alzheimer's drugs and reducing reliance on animal testing, potentially accelerating new tre...
Brain-on-a-Chip Improves Alzheimer's Drug Development
The International Iberian Nanotechnology Laboratory (INL) developed a brain-on-a-chip microdevice using microfluidics and a bio-membrane to simulate the blood-brain barrier, enabling more efficient testing of Alzheimer's drugs and reducing reliance on animal testing, potentially accelerating new tre...
Progress
32% Bias Score
Infrared Contact Lenses Enable Dark Vision
Researchers in China created a contact lens using nanoparticles to convert infrared light (800-1600 nm) into visible light, enabling users to see in the dark; however, the image clarity is limited.
Infrared Contact Lenses Enable Dark Vision
Researchers in China created a contact lens using nanoparticles to convert infrared light (800-1600 nm) into visible light, enabling users to see in the dark; however, the image clarity is limited.
Progress
32% Bias Score
Bosch and Element Six Create Joint Venture for Quantum Sensors
Bosch and Element Six formed Bosch Quantum Sensing to develop highly sensitive quantum sensors using synthetic diamonds; these sensors, capable of measuring minuscule magnetic fields, are projected to reach a multi-billion dollar market by the mid-2020s in medical and mobility applications, with a m...
Bosch and Element Six Create Joint Venture for Quantum Sensors
Bosch and Element Six formed Bosch Quantum Sensing to develop highly sensitive quantum sensors using synthetic diamonds; these sensors, capable of measuring minuscule magnetic fields, are projected to reach a multi-billion dollar market by the mid-2020s in medical and mobility applications, with a m...
Progress
36% Bias Score
China Creates World's Thinnest Metals, Revolutionizing Electronics
Chinese scientists created the world's thinnest metal materials, measuring 6.3 to 9.2 angstroms thick, using an atomically flat molybdenum disulfide 'anvil' to shape melted metals; this unlocks potential applications in flexible electronics, catalysis, and quantum computing.
China Creates World's Thinnest Metals, Revolutionizing Electronics
Chinese scientists created the world's thinnest metal materials, measuring 6.3 to 9.2 angstroms thick, using an atomically flat molybdenum disulfide 'anvil' to shape melted metals; this unlocks potential applications in flexible electronics, catalysis, and quantum computing.
Progress
40% Bias Score
Ultra-Black Velvet Ant: A Biomimicry Breakthrough
Brazilian entomologist Vinicius López discovered that the velvet ant species *Traumatomutilla bifurca* exhibits an ultra-black coloration, reflecting less than 0.5% of light, a rare phenomenon with potential applications in technology, as confirmed by research published in the Belstein Journal of Na...
Ultra-Black Velvet Ant: A Biomimicry Breakthrough
Brazilian entomologist Vinicius López discovered that the velvet ant species *Traumatomutilla bifurca* exhibits an ultra-black coloration, reflecting less than 0.5% of light, a rare phenomenon with potential applications in technology, as confirmed by research published in the Belstein Journal of Na...
Progress
20% Bias Score
Sir Fraser Stoddart: Pioneer of Molecular Machines and Nanotechnology
Sir Fraser Stoddart, who died aged 82, pioneered the creation of artificial molecular machines in 1991, impacting nanotechnology with innovations like molecular lifts and high-capacity memory chips, and later focusing on hydrogen storage solutions.
Sir Fraser Stoddart: Pioneer of Molecular Machines and Nanotechnology
Sir Fraser Stoddart, who died aged 82, pioneered the creation of artificial molecular machines in 1991, impacting nanotechnology with innovations like molecular lifts and high-capacity memory chips, and later focusing on hydrogen storage solutions.
Progress
24% Bias Score
Microrobot Swarms: Collective Task Performance and Enhanced Autonomy
Researchers have developed micrometer-sized robots controlled by external magnetic fields that can collectively perform complex tasks, with potential applications in medicine and other fields; current research focuses on enhancing autonomy through feedback systems to optimize individual and collecti...
Microrobot Swarms: Collective Task Performance and Enhanced Autonomy
Researchers have developed micrometer-sized robots controlled by external magnetic fields that can collectively perform complex tasks, with potential applications in medicine and other fields; current research focuses on enhancing autonomy through feedback systems to optimize individual and collecti...
Progress
0% Bias Score
Showing 13 to 24 of 26 results