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Molecular Nanotechnology has worked for over a decade. I, Brian Wang, invested in the startup that has been moving and placing molecules using tooltips for over a decade. Over 180...
CBN Nano has built and operated some level of a working prototype system for mechanically controlled mechanosynthesis, even if not every single element of the full envisioned tools...
A new fabrication platform integrates molecules into electronic devices, opening the door to emerging computing technologies.
Reviewing the roadmap and alternatives to breakthrough molecular nanotechnology. What has to be done and how long will it take? I make the case the critical factor is creating a re...
There is almost 1000 pages on the papers describing the work and plan for creating molecular manufacturing workstations. This work (primarily the 2026 CBN Nano paper and the closel...
A chip production method combines molecular materials with semiconductor manufacturing to build molecular memory and computing devices. Researchers at the Massachusetts Institute o...
A new paper provides clear, reproducible proof-of-concept for subtractive mechanosynthesis on silicon. It is not yet a complete minimal toolset”demonstration on diamond surfaces, b...
Chemically powered nanomachines synthesize and weave DNA into complex networks, opening a path toward programmable materials that behave more like living systems.
Artificial foldamers bind proteins with high precision, enabling rings, networks and porous architectures that could serve as building blocks for new materials.
Illustration of the versatile nanorobot. It is 150 times smaller than the diameter of a human hair. (Illustration: Marina Bräm) By Angelika Jacobs Nanorobots sound like science fic...
A new quantum sensing technique could enable measurements of single protein structures and other important molecules, with potential applications in drug discovery and structural b...
Quantum effects could amplify current-induced magnetic fields, turning individual molecules into detectable nanoscale magnets.
With this technology, computers can manipulate nanostructures within 10 seconds, offering potential applications in cell movement and nanorobot power systems.
A tiny molecular machine that can switch circularly polarized light on and off in response to mechanical force has been developed by researchers in Japan. The system, reported by s...
A molecular strategy prevents carbon nanotubes from clumping, enabling record thermoelectric performance and flexible devices powered by body heat.
Electric voltage precisely controls the spin of single magnetic molecules on surfaces, advancing efficient quantum computing and operations.
A DNA origami nanosyringe introduces mechanically controlled molecular transport into synthetic cells. This opens new opportunities for synthetic biology, engineered biointerfaces...
Источник: Компьютерра - Журнал о науке и технологиях Американские ученые предложили новый подход к производству электронных устройств, позволяющий встраивать хрупкие молекулярные...
A parallel fabrication method creates scalable optical neural networks for fast, accurate machine vision while sharply reducing production time.
Researchers have created new chiral nanocarbons with unusual shapes and properties, including a double helix and molecules that emit spiraling light.
A nanoscale surface pattern confines light energy into tiny regions, strengthening interactions with molecules and opening new possibilities for sensing and spectroscopy.
A quantum spectroscopy method amplifies the tiny recoil from a single absorbed photon, enabling non-destructive infrared measurements of individual molecules.
By combining the most successful features of previous molecular magnet designs, researchers have created high-performing lanthanide-based molecules that could support future ultra-...
Gaining new insights into the properties and targeted modification of semiconductor surfaces more easily and quickly than before.
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