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Editor's choice

Multilayer graphene is a clear candidate for displays Oct 15, 2014 1 comment

High levels of electrochromic modulation seen in multilayer graphene suggest a flexible solution for smart windows and displays.

Technology update

Rhodium clusters go multiferroic

Pure metal system is ferromagnetic and ferroelectric – a result that bodes well for making future magnetic data storage and spintronics devices.

Phase matching boosts parametric amplifier

California team has designed the first low-noise, high-gain, broad-bandwidth microwave Josephson travelling wave PA.

Plasma engineers BN surface

Researchers in Japan have developed a new and easy way to chemically functionalize boron nitride.

Graphene aerogels go crystalline

New graphene oxide-based foams are of a much better quality than any made before.

Multilayer graphene is a clear candidate for displays

High levels of electrochromic modulation seen in multilayer graphene suggest a flexible solution for smart windows and displays.

Courses and events

Trends in Nanotechnology International Conference (TNT2014)

2731 Oct 2014, Barcelona, Cataluña, Spain.

The 7th International Symposium on Surface Science (ISSS-7)

26 Nov 2014, Matsue, Shimane, Japan.

Anasys AFM-IR Workshop

4 Nov 2014, Manchester, United Kingdom.

Public Lecture: What New Nuclear Build Means to the Northwest

6 Nov 2014, Lancaster, United Kingdom.

Feynman Lectures 50th anniversary celebration seminar series

Synthesis and applications of multifunctional nanomaterials

Speaker: Stanislaus Wong from State University of New York at Stony Brook

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Buyer’s Guide

Nanotechnology celebrates 25 years

Higlights from 25 years Nanotechnology Discussion podcast

Click images for multimedia celebrating 25 years of Nanotechnology

In depth

Bionanotechnology: Arrays in the future prospects of the field

Nanotechnology’s prominence in modern medicine is indisputable, but establishing exactly how biological systems will interact with nanostructures can be far from clean cut. We look at some of the progress in the field so far and trends that are emerging from the literature.

Carbon and terahertz nanotechnology: A promising alliance

The unique characteristics of both terahertz radiation and carbon nanostructures are encouraging a number of researchers to investigate potential physics and applications that combine them.

White papers

First-Order-Reversal-Curve (FORC) Measurements of Nano-Magnetic Materials

A white paper from Lake Shore Cryotronics.

An introduction to particle size characterisation by DCS

A white paper from Analytik Ltd.

Targeted patch clamping with ion conductance microscopy

A white paper from Park Systems.

ICM Image of Suspended Collagen Fibrils

A white paper from Park Systems.


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EV Group (EVG)

Solutions for 3D Integration and TSV (Through-Silicon Via)

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Asylum Research

Introducing the Cypher Atomic Force Microscope – the World’s highest Resolution AFM

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