News

Professor Neil Alford elected as a Fellow of Royal Society

Professor Neil Alford has been elected a Fellow of the Royal Society!

This is a huge honour and a well-deserved recognition of Professor Alford many achievements in functional materials and particularly their microwave applications (with the MASER featuring prominently on many of the Department’s and Imperial’s outputs). Professor Alford has established an international reputation for his development of functional materials, notably oxides for radiofrequency/microwave applications. His work on the properties of microwave dielectrics has led to a better understanding of the theory and factors influencing dielectric loss in these industrially relevant materials. His research with colleagues at Imperial, NPL and UCL resulted in the first demonstration of a room temperature, earth’s field solid-state MASER (microwave amplification by stimulated emission of radiation) using Pentacene. It also resulted in the first observation of room temperature continuous wave masing in diamond with nitrogen-vacancy centres.

Neil is a longstanding member of the LCN and a tireless supporter of the centre. He has served on the LCN Executive Borad, as well as Head of the Department of Materials at Imperial.

Professor Alford said: “I am absolutely delighted to be elected to the Royal Society. I owe a huge debt of gratitude to all the extraordinary colleagues and collaborators that I have worked with over many years who have made this award possible.”

Neil-Alford

More news

Q-BIOMED at the UK National Quantum Technologies Showcase

Q-BIOMED at the UK National Quantum Technologies Showcase

The annual UK National Quantum Technologies Showcase took place on Friday 7 November welcoming over 2,500 in-person delegates to the ... Find out more

Photon Beats light up Imperial Lates

Photon Beats light up Imperial Lates

A team from the London Centre for Nanotechnology (LCN) at King’s brought physics to life at Light’s Colour Action, an Imperial Lates ... Find out more

Quantum-powered rapid tests using nanodiamonds could detect covid much earlier

Quantum-powered rapid tests using nanodiamonds could detect covid much earlier

In research published in Nature Communications earlier this month, some of our scientists have demonstrated that their spin-enhanced ... Find out more

Equipment & Facilities

EDUCATION

Training

Loading...
Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.