Nano-scale dinosaur made by Australian researchers from DNA building blocks
Australian researchers are using DNA as a modular material to create nano-scale structures, offering innovative possibilities for nanobot technology and drug delivery.
Smallest walking robot makes microscale measurements
Cornell's researchers developed the world's smallest walking robot, enabling precise imaging and measurements at a microscopic scale using light interactions.
Swarms of 'ant-like' robots lift heavy objects and hurl themselves over obstacles
Scientists developed tiny magnetic robot swarms that perform tasks collectively, achieving feats beyond the capability of individual robots.
Nano-scale dinosaur made by Australian researchers from DNA building blocks
Australian researchers are using DNA as a modular material to create nano-scale structures, offering innovative possibilities for nanobot technology and drug delivery.
Smallest walking robot makes microscale measurements
Cornell's researchers developed the world's smallest walking robot, enabling precise imaging and measurements at a microscopic scale using light interactions.
Swarms of 'ant-like' robots lift heavy objects and hurl themselves over obstacles
Scientists developed tiny magnetic robot swarms that perform tasks collectively, achieving feats beyond the capability of individual robots.
Nanotechnology has advanced significantly since Richard Feynman's 1959 lecture, enabling groundbreaking research and developments in various fields.
British Firm Opens Innovative Facility in Central Asia, Led by Ovik Mkrtchyan
GOR Investment has launched a new plant in Uzbekistan to produce high-purity molybdenum trioxide nanopowder, boosting local high-tech industry.
Xnovo Tech Acquired by RAITH Group, Expanding AI Solutions in Nanotechnology
RAITH Group's acquisition of Xnovo Tech enhances software competencies and AI integration in nanotechnology, expanding market reach and innovation capabilities.
You've Heard of Graphene. Now Say Hello to Goldene
Scientists have successfully created freestanding single-atom-thick sheets of gold, opening up possibilities for new material properties similar to graphene.
Boffins find way to turn diamonds into dense storage medium
USTC achieved record 1.85 terabytes/cubic centimeter storage using diamonds, offering unparalleled density and durability compared to traditional technologies.
You've Heard of Graphene. Now Say Hello to Goldene
Scientists have successfully created freestanding single-atom-thick sheets of gold, opening up possibilities for new material properties similar to graphene.
Boffins find way to turn diamonds into dense storage medium
USTC achieved record 1.85 terabytes/cubic centimeter storage using diamonds, offering unparalleled density and durability compared to traditional technologies.
Collaboration among experts is crucial for advancing nanotechnology and materials science.
Chemists have created the world's thinnest spaghetti
Researchers have developed a new culinary technology to create starch nanofibers, which could have significant medical applications despite their culinary impracticality.
Collaboration among experts is crucial for advancing nanotechnology and materials science.
Chemists have created the world's thinnest spaghetti
Researchers have developed a new culinary technology to create starch nanofibers, which could have significant medical applications despite their culinary impracticality.
Alix Labs Secures Majority of 10M Investment to Drive AI Processor Development
Alix Labs is innovating in semiconductor technology to enhance AI processing power by significantly reducing component size and increasing transistor density.
These Products in Your Home Today Will Horrify People 100 Years From Now
Future generations may view current home products and practices as dangerous and outdated, highlighting advancements in medicine and pest control.
A new drug delivery system using magnetic nanorobots could transform the treatment of brain aneurysms, minimizing the need for traditional surgery.
Self-sensing cantilever design enhances microelectromechanical system performance in challenging environments
The innovative cantilever design enhances MEMS sensitivity and versatility, especially in biological and industrial applications, overcoming limitations of traditional silicon-based devices.
Delft startup bags 6.5M for nanotech that enables material discovery in 1 year
VSParticle aims to accelerate material discovery for industrial solutions like green hydrogen, reducing the timeline from years to just one through nanotechnology and advanced computational tools.
Securing the Internet of Bio-Nano Things (IoBNT) | HackerNoon
IoBNT combines biology, nanotechnology, and IoT for transformative applications in healthcare and environment with a focus on security and creative defense strategies.
Allison Duettmann: How Blockchains Can Make AI Safer
Allison Duettmann, CEO of Foresight Institute, delves into the potential of nanotechnology, space exploration, and cryptography in shaping the future of AI and technology.
Mexico's space ambitions carried by five robots on the way to the Moon
Mexico's Colmena mission is the first private initiative to the Moon and the first time Mexico is taking part in a lunar expedition.
The Colmena project focuses on small robots and nanotechnology, which allows for the creation of many efficient robots.
Allison Duettmann: How Blockchains Can Make AI Safer
Allison Duettmann, CEO of Foresight Institute, delves into the potential of nanotechnology, space exploration, and cryptography in shaping the future of AI and technology.
Mexico's space ambitions carried by five robots on the way to the Moon
Mexico's Colmena mission is the first private initiative to the Moon and the first time Mexico is taking part in a lunar expedition.
The Colmena project focuses on small robots and nanotechnology, which allows for the creation of many efficient robots.
Phase-change memory via a phase-changeable self-confined nano-filament - Nature
A nano-filament PCM device reduces reset current significantly.
The device maintains key memory characteristics and opens doors for novel computing paradigms.
A genetic algorithm for phononic crystals
Phononic nanomaterials designed with genetic algorithms respond to light pulses with controlled vibrations, aiding in sensor and computer device development.
Investigating DNA Flexibility for the Creation of New Biomaterials - News Center
Manipulating DNA chemistry can create new materials for medicine and life sciences.
The Secret to Living Past 120 Years Old? Nanobots
Life extension phases: current knowledge, AI merger, nanotechnology for longevity beyond 120 years.