"What signal-to-noise problem could a room temperature MASER solve in your industry?" - Professor Alford MBE FREng at the World Economic Forum 2016

"What signal-to-noise problem could a room temperature MASER solve in your industry?" - Professor Alford MBE FREng at the World Economic Forum 2016

We investigate materials for optical and electronic devices, for applications in communication, sensing, healthcare and energy, using our state-of-the-art facilities. We work closely with the London Centre for Nanotechnology and the Centre for Processable Electronics.

Our research explores:

  • Room temperature MASERs based on both organic molecules and defect centres in diamond and silicon carbide
  • Quantum information processing devices based on the strong coupling of spin-ensembles to microwave modes.
  • Development of a Quantum Internet
  • Exploiting molecular semiconductors and magnets
  • 2D devices for wearable technologies
  • Materials for photovoltaics and light-emitting diodes
  • Investigating chiral organic semiconductors
  • Investigating nanowire devices
  • Microwave and terahertz devices for communication and sensing

Our researchers:

Professor Neil Alford MBE FREng

Professor Neil Alford MBE FREng

Dr Andrew Cairns

Dr Andrew Cairns

Dr Michele Conroy

Dr Michele Conroy

Professor Peter Haynes

Professor Peter Haynes

Professor Sandrine Heutz

Professor Sandrine Heutz

Dr Stephen Hanham

Dr Stephen Hanham

Dr Peter Petrov

Dr Peter Petrov

Professor Andrew Horsfield

Professor Andrew Horsfield

Dr Chun Ann Huang

Dr Chun Ann Huang

Professor Johannes Lischner

Professor Johannes Lischner

Dr Cecilia Mattevi

Dr Cecilia Mattevi

Professor Martyn McLachlan

Professor Martyn McLachlan

Professor Arash Mostofi

Professor Arash Mostofi

Professor Mark Oxborrow

Professor Mark Oxborrow

Professor Ifan Stephens

Professor Ifan Stephens

Professor Fang Xie

Professor Fang Xie

Dr Jess Wade

Dr Jess Wade