- Tagged Metrology Assists CNT Self-Assembly
It was obvious to Professor John Hartley, College of Nanoscale Science and Engineering (CSNE), State University of New York (Albany), that the information content needed to do any sort of a bottom-up self-assembly strategy for a complicated real-world device was absent. Hartley realized that to do self-assembly, the process must ......
- Veeco's BioScope II AFM Supports Cell Biology Research at University of Pennsylvania.
WOODBURY, N.Y. -- Veeco Instruments Inc. (Nasdaq: VECO), a leading provider of instrumentation to the nanoscience community, today announced that its new BioScope[TM] II Atomic Force Microscope (AFM) is aiding in advanced biophysics research at the University of Pennsylvania. The university's Nano-Bio Interface Center, based in Philadelphia, focuses on research ......
- Eyeballing molecules in tiny wells
HEADNOTE Electronics in the news Scientists at Cornell University have used an ordinary microscope to view individual biological molecules interacting with proteins and may eventually read the sequence of a single DNA molecule this way. The development making this possible is a nanofabricated chip containing light-impeding holes one-tenth the diameter ......
- Nanotechnology in finishing: very small particles are
having a very large impact on coating materials and
processes.
[ILLUSTRATION OMITTED] You may think nanotechnology is just a buzzword. Or you may think it's a laboratory phenomenon, with practical applications years if not decades down the road. You may even subscribe to the idea that out-of-control nanotechnology will result in humanity and the rest of the Earth eventually ......
- Very small soccer players.
IMAGINE A MECHANICAL Pele or a David Beckham one-sixth the size of an amoeba kicking a soccer ball no wider than a human hair across a field that could fit on a grain of rice. [ILLUSTRATION OMITTED] That was pretty much the scenario when the National Institute of Standards ......
- Gripper
This system for gripping and moving small components in micro and nanotechnology is based on a miniaturized piezo actuator, and has a range of motion of 300 µm. Its sub-nanometer resolution ensures precise aperture angle in the direction of motion. The actuator is closed by the elastic resilience of a ......
- A Trio of Mini-Rants
Where I work, we have folks enrolled in a variety of different post-secondary education programs. Some are face to face, others are virtual, some are undergraduate, and others are graduate and post-graduate. Being a generally good-hearted soul, I end up reading a lot of research papers, ostensibly for grammar, style, ......