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Nanoelectronics

nanopores
25.02.2019

Nanoscale “slit” experiments may point to better porous materials for electricity storage

noise, illustration
15.11.2018

A new type of noise identified at the Weizmann Institute of Science may advance the study of heat transport in nanoscale systems and the design of...

An ion-conducting nanochannel viewed under a scanning electron microscope
27.07.2015

A new method for “writing” tiny channels in solid surfaces may lead to more natural information storage systems

Platinum wires attached to a single organic molecule (center) can be elongated into a chain a single atom thick
02.09.2013

The smallest electronic devices will require wires the thickness of an atom

SEM image of a logic circuit based on 14 nanowires
31.07.2013

Teaching nanowires self-control from the outset enabled Weizmann Institute scientists to produce complex electronic nanocomponents
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(l-r) Prof. Antoine Kahn, Dr. Oliver Seitz, Prof. David Cahen and Dr. Ayelet Vilan. Changing chemical bonds
01.10.2007
Doping nanomaterials improves their electrical properties
A Story with a Twist
01.05.2007

Twistable nanotubes might point the way to new microelectronic devices.

Prof. David Cahen and Ph.D. student Adi Salomon. Switching bonds
01.10.2005

Molecular chemistry gives scientists clues to building ultra-tiny switches

Switching to Chemistry
01.04.2005
New kind of electrical switch formed from organic molecules could be used in the future in nanoscale...
Transistor Genetics
22.12.2004
Scientists at the Weizmann Institute use DNA to assemble nanosized electronic parts....

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