Comprehensive coverage

Nano technology

Mark Rudd (left) and John Atkinson. Photo: University of Illinois

A new method for preparing tiny catalysts

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Nano rotor. Photo: Munich University of Technology

Self-assembly of nano-rotors

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A team of researchers from Germany managed to trap stick-like molecules in a two-dimensional network in a way that leads to the receipt of nanorotor structures.
Gallium arsenide nanowires on a zinc surface. Photo: University of Copenhagen

Nanowires for solar cells and electronic components

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Graphene. Illustration: Boston College

New graphene-like nanomaterials

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Quantum dots in graphene. Photo: Rice University

Preparation of clean graphene using table sugar

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Right: Erez Gershenval and Prof. Ilya Aberbuch. whirlwind

who moved my molecule

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Carbon nanotubes

Energy storage in carbon nanotubes

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Hami Peres shakes the hands of Nobel laureate Andre Geim, and in the background - President Shimon Peres. Photography: Ilan Levy

President Peres met with Nobel laureate Andre Geim

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One of the items in the Nanotechnology Center of Tel Aviv University

NanoIsrael 2010: Israel is on its way to becoming a "leading nanotechnology nation"

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Nava Seversky - writer

The academy is already talking nano - now the industry too

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Image 1. Graphene. The nearly perfect mesh is a single atom thick. It consists of carbon atoms connected together in a pattern of hexagons similar to networks.

Vigorous research into the Nobel-winning material graphene continues

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An array of nanotubes glued onto a surface. Image: Rice University

An innovative process for the production of nanowires

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Our modern copper ink

Applied Nanotech will unveil the "copper ink" for printed circuits at the Nano conference

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Films of liquid crystals create beautiful formations. Photo. Vanderbilt University

A new type of liquid crystals for digital displays

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Nano diodes. Photo: American Standards Institute (NIST)

The growth of nanowires in balance for the development of nanodiodes

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A scanning electron microscope image of the gold edges in a nanogap device that was used in the experiments to capture and amplify light. Image courtesy of Natelson Lab/Rice University

A nano-antenna for capturing light

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Take a "movie" of electrons

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A metal crane and other folds created by the special method of XNUMXD printing (Photo: Bok Yeop Ahn)

How do you fold a titanium crane?

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Logic gates based on nanowires. Photo: Georgia Institute of Technology

Logic gates based on nanowires

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Prof. Robert Korel, Bar Ilan, April 2010. Photo: Bar Ilan University

Nobel laureate Robert Correll, discoverer of bucky balls: "The nanotechnology revolution has only just begun"

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Skyline, a demonstration for Northwestern University's Nanolithography Facility. Drawing 1,500 such copies took about an hour

Innovative lithography method

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As "crystalline sponges", contain tiny pores at the nanometer level capable of storing gases inside

A new material for absorbing a record amount of carbon dioxide

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Prof. Danny Porat

Back to nature: Want to increase the memory on your computer? Go to the poplar tree

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Dr. Dan Oron. Color changer

The size (of the particles) does determine (their optical properties)

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This three-dimensional surface demonstrates on a nanometer scale the same ripples and folds that fishing nets demonstrate on a macroscopic scale. Photo: Adam Feinberg, Harvard University.

Creating nanofibers inspired by nature

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