Liam Critchley

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Liam Critchley is a science writer who specialises in how chemistry, materials science and nanotechnology interplay with advanced electronic systems. Liam works with media sites, companies, and trade associations around the world and has produced over 900 articles to date, covering a wide range of content types and scientific areas. Beyond his writing, Liam's subject matter knowledge and expertise in the nanotechnology space has meant that he has sat on a number of different advisory boards over the years – with current appointments being on the Matter Inc. and Nanotechnology World Association advisory boards. Liam was also a longstanding member of the advisory board for the National Graphene Association before it folded during the pandemic.
Smart NEMS for Implantable Medical Devices

Very small and compact implantable medical devices (IMDs), that have wireless capabilities, are currently in demand for a range of healthcare monitoring applications. There is a pa

07-07-2021

Improving Power Densities in Solid Oxide Fuel Cells with Nanoengineering
Improving Power Densities in Solid Oxide Fuel Cells with Nanoengineering

As society tries to fade away from traditional fossil fuel energy systems towards greener, renewable solutions, there are a number of different options that have presented themselv

05-07-2021

Creating Piezoelectric Generators from MXene-Fluoropolymer Composites

As the interest in wearable and remote technologies grows, there is also a growing interest in ways to power these devices to be completely self-sufficient and not be reliant on a

23-06-2021

Removing Defects in Perovskite Photovoltaics with Dielectric Screening

Solar cells are one of the most promising options for obtaining large amounts of energy (on a global level) by renewable means. There are many types of solar cells (otherwise known

24-05-2021

Electropages Podcasts

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3D Printing Hydrogels to Mimic Biological Tissues

3D printing has exploded over the last few years and is now seen as a manufacturing tool that can produce complex and intricate parts for high performance applications. In recent y

14-05-2021

Polymer Nano-Memristors for Edge Computing

Data is all around us in the modern world. Whether it's from basic processes within our cities (such as traffic control), medical services, industrial processes, or continuous surv

28-04-2021

Building Reconfigurable Electronics with Van der Waals Heterostructures

The field of 2D materials is one of the most rapidly advancing areas of nanomaterials, both on their own and in layered materials known as van der Waals (vdW) heterostructures. Ins

22-04-2021

Controlling Superconducting Circuits with High-Energy Electrons

As society and the high-tech industries strive towards making quantum technologies a reality, several materials are being trialled (individually or together) to make the architectu

31-03-2021

A Non-Optical Readout for Quantum Sensors

Sensors have been around for a long time and are the backbone of modern detection and monitoring mechanisms—in almost every aspect of society from healthcare to weather detection.

17-03-2021