Nanofabrication News

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New Computational Method Improves Nanomaterial Fabrication Control

The control of nanomaterial fabrication could be improved with a new computational method.

15 Feb 2017

Scientists Work Out Reliable Programming of Perforated Cobalt Grid

There are many possibilities for computing created by nanometer-scale magnetic perforated grids. Researchers from the Helmholtz Zentrum Dresden-Rossendorf (HZDR) have worked with international collaborators to demonstrate reliable programming of a cobalt grid at room temperature.

3 Feb 2017

Scientists Explore Ways to Address the Challenge of Incorporating Nanostructures into Future Semiconductor Devices

Swansea University researchers are exploring the possibilities of addressing the challenge of integrating nanoscale structures into next-generation semiconductor devices. Such advancements not only lead to the development of new technologies, but also influence all aspects of day-to-day life.

20 Jan 2017

Researchers Produce Silver Nanowire Inks for Low-Cost Printing of Circuits

Duke University scientists have been brewing up conductive ink-jet printer “inks” to print customizable, low-cost circuit patterns on any surface. To do this, they suspended tiny metal nanoparticles in liquids.

4 Jan 2017

Ultra-Fast and Simple Method to Fabricate Different Forms of Copper Hydroxide Nanostructures

Copper based nano structures have gained much attention in today's modern devices. A team of Nano-fabricated Energy Devices lab in University of Tehran have used an ultra-fast and simple method for fabrication of different types of these structures.

30 Dec 2016

Save Up To 80% Energy Costs With The Micron Pulvis Sub-Micron Mill

Capable of producing finer particle sizes than a jet mill and with energy consumption typically eighty percent less than other mills, the Pulvis offers an efficient alternative to impact type mills, when it comes to ultra-fine milling.

From Hosokawa Micron Ltd 9 Dec 2016

Research on Graphene Opens up Miniaturization of Biological and Chemical Sensors

A team of researchers at The University of Manchester and Karlsruhe Institute of Technology have demonstrated a technique to chemically alter small regions of graphene with high precision, resulting in extreme miniaturization of biological and chemical sensors.

8 Dec 2016