nanotube: search

Nanotube-suppliers.com launches a service for nanotube buyers

Nanotube-suppliers.com, the site ranked number 1 among primary Internet search engines for the query "nanotube(s) supplier(s)", now allows nanotube buyers to contact more than 40 international nanotube suppliers by sending a single e-mail message.

Livermore researchers use carbon nanotubes for molecular transport

FAST FLOW THROUGH CARBON NANOTUBES: The animation starts with the depiction of the water flow through a regular "rough" pipe. The molecules near the wall stick to it and move much slower than the molecules in the middle of the pipe. Colors indicate the speed of the molecules -- green are fast, yellow are slower, red are the slowest. The rough pipe fades and the carbon nanotube appears. All the molecules in the carbon nanotube move fast (green). They do not stick to the surface of the nanotube because that surface is very slippery. The water molecules travel in chains because they interact with each other strongly via hydrogen bonds. These two effects (the slippery nanotube surface and formation of water molecule chains inside the nanotube) combine to produce this phenomenon of ultra-fast flow through carbon nanotubes.

Nanotube fab gears up for production

Carbon nanotube chips appear ready for commercialization, claims the first foundry offering carbon nanotube thin films to fabless chip makers.

Nanotube fab gears up for production

PORTLAND, Ore. — Carbon nanotube chips appear ready for commercialization, claims the first foundry offering carbon nanotube thin films to fabless chip makers.

Nanotube fab gears up for production

PORTLAND, Ore. — Carbon nanotube chips appear ready for commercialization, claims the first foundry offering carbon nanotube thin films to fabless chip makers.

Nanotube fab gears up for production

PORTLAND, Ore. — Carbon nanotube chips appear ready for commercialization, claims the first foundry offering carbon nanotube thin films to fabless chip makers.

Nantero, SVTC installing CMOS-friendly carbon nanotube process

To accelerate the commercialisation of carbon nanotube-based electronics products, carbon nanotube (CNT) semiconductor device developer Nantero said it is working with semiconductor development foundry SVTC Technologies to install a "CMOS-friendly" CNT process at SVTC's fabs in San Jose, Calif, and Austin, Texas.

Taiwanese to develop nanotube field emission displays

"It will be focusing on the research, development and manufacturing of carbon nanotube field emission displays to step into the field of flat panel display panel and modules. It will, at the same time, develop carbon nanotube and other nano-composite applications," said the company, Taipei-based TECO Nanotech, in a statement.

Unidym to Present Integration of Nanotube-Based Transparent Electrodes into Advanced Displays

(Nanowerk News) Unidym, Inc, a majority-owned subsidiary of Arrowhead Research Corporation (NASDAQ:ARWR), announced that it will participate in the upcoming Society for Information Display (SID) International Symposium, Seminar and Exhibition at the Los Angeles Convention Center May 18th through 23rd. The company will be exhibiting its carbon nanotube-based transparent conductive electrodes designed for use in displays and touch panels at its booth (#504). In addition, Unidym’s CTO, Dr. Paul Drzaic, will chair a session discussing e-paper (Session 46) and present a short paper (Session 37.4) discussing the integration of carbon nanotube-based transparent electrodes into display applications.

Unidym Announces a Demonstration by Samsung Electronics of the First Carbon Nanotube-Based Electrophoretic Display

Unidym, Inc, a majority-owned subsidiary of Arrowhead Research Corporation (NASDAQ:ARWR), announced today that Samsung Electronics is demonstrating the world's first carbon nanotube-based active matrix electrophoretic display (EPD) e-paper in its booth at the Society for Information Display (SID) International Symposium, Seminar and Exhibition at the Los Angeles Convention Center from May 18th through May 23rd. The new e-paper device is the result of an ongoing joint development program between Samsung Electronics Co., Ltd. and Unidym. The e-paper device uses a carbon nanotube transparent electrode developed by Unidym.

Nanotube Workers Face Health Risks

Edinburgh, Scotland, researchers have found that nanotube strengtheners used in computers, auto bodies and electrical brushes could be as dangerous as asbestos. They said long nanotubes injected into mice caused a reaction that typically leads to the fatal cancer mesothelioma. The scientists called for factory protection and more study.

Invisible nanotube cable could support a human

A theoretical carbon nanotube cable could not only be invisible, but also strong enough to support a person's weight

Nanotube Scale Weighs One Atom at a Time

Yesterday we got a peek at the combined power of nanotubes—technology that makes a rope-driven space elevator feasible—but what can just one do on its own? Berkeley researchers have discovered that one nanotube can be used as a tiny platform to determine the mass of a single atom.

Nanotube Circuits

New research suggests that networks of single-walled carbon nanotubes printed onto bendable plastic perform well as semiconductors in integrated circuits. Researchers from the University of Illinois at Urbana-Champaign [profile] (UIUC) and Purdue University [profile], whose work appears this week in Nature, say that these nanotube networks could replace organic semiconductors in applications such as flexible displays.

Spinning out nanotube transistors

Spin carbon nanotubes onto a specially coated surface and semiconducting nanotubes separate from metallic tubes, congregate and align -- all in one step. The resulting thin films are efficient transistors. The process could make mass-produced carbon nanotube transistors commercially viable.

Invisible Nanotube ropes could revolutionise the circus trade

I know what you're wondering - when, oh when, is cutting edge modern technology going to be used to help our travelling circus friends? Well don't worry, it won't be long now. Scientists have calculated that an invisible Carbon Nanotube rope just 1cm thick and invisible to the naked eye could support the weight of a human, potentially putting a radical new twist on boring old tightrope walks (but potentially destroying the mime industry).

Ruthenium Porphyrin Functionalized Single-Walled Carbon Nanotube Arrays-A Step Toward Light Harvesting Antenna and Multibit Information Storage

Ruthenium Porphyrin Functionalized Single-Walled Carbon Nanotube Arrays—A Step Toward Light Harvesting Antenna and Multibit Information Storage

ApNano Materials Announces Major Breakthrough in Industrial Nanotube Production for Bullet Proof Vests

ApNano Materials Announces Major Breakthrough in Industrial Nanotube Production for Bullet Proof Vests

Nantero and SVTC Make Carbon-Nanotube Capability Available for Next-Generation Electronics

Nantero, Inc., a nanotechnology company using carbon nanotubes (CNTs) for the development of next-generation semiconductor devices, has announced collaboration with SVTC Technologies to accelerate the commercialization of nanotube-based electronics products. Nantero has developed a "CMOS-friendly" proprietary CNT process that it will install at SVTC's two state-of-the-art development fabs, in San Jose, Calif., and Austin, Texas.

Nantero and SVTC Make Carbon-Nanotube Capability Available for Next-Generation Electronics

WOBURN, Mass. - Nantero, Inc., a nanotechnology company using carbon nanotubes (CNTs) for the development of next-generation semiconductor devices, has announced collaboration with SVTC Technologies to accelerate the commercialization of nanotube-based electronics products. Nantero has

Nantero and SVTC Make Carbon-Nanotube Capability Available for Next-Generation Electronics

(Nanowerk News) Nantero, Inc., a nanotechnology company using carbon nanotubes (CNTs) for the development of next-generation semiconductor devices, has announced collaboration with SVTC Technologies to accelerate the commercialization of nanotube-based electronics products. Nantero has developed a “CMOS-friendly” proprietary CNT process that it will install at SVTC’s two state-of-the-art development fabs, in San Jose, Calif., and Austin, Texas.

Nantero and SVTC Make Carbon-Nanotube Capability Available for Next-Generation Electronics

WOBURN, Mass.--(BUSINESS WIRE)--June 2, 2008--Nantero, Inc., a nanotechnology company using carbon nanotubes (CNTs) for the development of next-generation semiconductor devices, has announced collaboration with SVTC Technologies to accelerate the commercialization of nanotube-based electronics products. Nantero has developed a “CMOS-friendly” proprietary CNT process that it will install at SVTC’s two state-of-the-art development fabs, in San Jose, Calif., and Austin, Texas.

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