Stuart Milne

Digital Marketing Specialist

Stuart graduated from the University of Wales, Institute Cardiff with a first-class honours degree in Industrial Product Design. After working on a start-up company involved in LED Lighting solutions, Stuart decided to take an opportunity with AZoNetwork.

Over the past five years at AZoNetwork, Stuart has been involved in developing an industry leading range of products, enhancing client experience and improving internal systems designed to deliver significant value for clients hard earned marketing dollars.

In his spare time Stuart likes to continue his love for art and design by creating art work and continuing his love for sketching. In the future Stuart, would like to continue his love for travel and explore new and exciting places.

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Articles from Stuart

First Liquid Nano Laser Holds Promise for “Lab-on-a-Chip” Medical Diagnostics

Scientists at Northwestern University have created the first-ever liquid nanoscale laser that can be tuned in real time to generate multiple colors easily and rapidly. This unique and convenient feature of this laser technology could pave the way for several practical applications including a new “lab on a chip” for medical purposes.

29 Apr 2015

The Challenges Facing Graphene Commercialisation

In this Thought Leader interview, Dr Ania Servant, Knowledge Exchange Fellow for the National Graphene Institute (NGI) at the University of Manchester, talks to AZoNano about the fundamental challenges standing in the way of Graphene commercialisation and how the new NGI facility is working with industry to solve these challenges.

20 Mar 2015

Confocal Microscope Helps Predict Non-Linear Optical Properties of Metamaterials

Researchers at the University of California Berkeley and the Lawrence Berkeley National Laboratory (Berkeley Lab) used a new theory for non-linear light scattering to show that non-linear optical properties of metamaterials can be predicted easily. The study has been described in the journal Nature Materials.

10 Feb 2015

Study Helps Control Light at Nanoscale Using Random Crystal Lattice Structures

Researchers from Columbia University, UCLA and other institutions have conducted a study on controlling the light at very small wavelengths of around 500nm, smaller than the wavelength of light itself, using random crystal lattice structures as a means of preventing the diffraction of light. This research could enable precise transfer of information in new optical materials for lasers and light emission, and computer chips, paving the way for advancement in laser collimation field.

4 Feb 2015

Single Process Enhances Performance of Thermoelectric Nanowires

Researchers at Sandia National Laboratories have stated that improved materials for nanowires, as well as better techniques to manufacture them, could lead to development of devices with better efficiency to cool computer chips and would also enable harvesting of heat of exhaust systems in automobiles.

4 Feb 2015

Non-Destructive, Reversible Method of Doping Graphene

Researchers belonging to the University of Pennsylvania, the University of Illinois at Urbana-Champaign and University of California, Berkeley have demonstrated a new method for changing the quantity of electrons that exist in a particular region within a graphene piece. Using graphene, the team has provided a proof-of-principle for producing the basic building blocks of semiconductor devices.

27 Jan 2015

MIT Researchers Develop Novel Approach for Nanoscale Resolution Microscopy of Large Biological Samples

Researchers from MIT have successfully discovered a technique to physically magnify tissue samples by implanting them in a polymer, which swells on addition with water to enable high-resolution images. Since the late 1500s when the first microscope was invented, scientists have been devising ways to study preserved tissues and cells in a better manner.

20 Jan 2015

Researchers Develop Hybrid Superconducting Nanowire Crystals

Researchers at the University of Copenhagen have developed a new type of superconducting ‘nanowire’ crystal that holds great promise for future semiconducting electronics. These crystals, on the atomic scale, fuse metallic and semiconducting materials.

14 Jan 2015

Precision Approach to Build Graphene Nanoribbons with Enhanced Properties

A team of researchers from the Lawrence Berkeley National Laboratory (Berkeley Lab) and the University of California, Berkeley have collaborated to develop an accurate method using pre-designed molecular building blocks for synthesizing graphene nanoribbons. The nanoribbons built using this process have position-dependent, tunable bandgaps and other enhanced properties that hold promise for advanced electronic circuitry.

14 Jan 2015

Nanolithography Technique Uses Nanoscale Spheres to Create 3D Nanostructures

A new nanolithography technique that uses nanoscale polystyrene spheres to create 3D nanostructures for biomedical, photonic and electronic applications has been developed by researchers at the North Carolina State University (NC State).

10 Dec 2014