Frontiers in Thermal and Electronic Transport in Materials: A Tribute to Nicola Bonini
11 April 2024 @ 10:00 am – 12 April 2024 @ 4:00 pm
The Great Hall, King’s College London, Strand
In recent years, it has become possible to describe charge and heat transport processes in real materials from first principles without employing any empirical parameters. This dramatic development has created numerous opportunities for control and manipulation of electronic and thermal transport phenomena, potentially enabling the design of new materials for information and communication technologies, as well as renewable energy. However, there are still many outstanding challenges in the development of accurate models of electronic and heat transport processes in various classes of materials.
Transport properties are determined by interactions between electrons and phonons (electron-phonon, electron-electron and phonon-phonon interactions), as well as interactions of electrons and phonons with various types of disorder (point defects, dislocations, interfaces). The accurate description of these interactions in real materials is very challenging, especially when they are strong and competing. These interactions can lead to many interesting transport regimes outside of the conventional Boltzmann picture, even in crystalline materials. In particular, low-dimensional materials exhibit a wide range of transport regimes (e.g. localisation, hopping, hydrodynamics), which we are just beginning to understand from first principles. Transport mechanisms in amorphous materials, soft and biological matter, and liquids and their interfaces are even more challenging to understand and manipulate.
This workshop will highlight recent significant developments in the first-principles methods, algorithms and computer codes that address the challenges in modelling charge and heat transport processes in realistic materials and the underlying interactions. We will also discuss the applications of these methods to materials of current interest, including layered and two-dimensional materials, materials for photovoltaic and thermoelectric energy conversion, and superconducting materials. The workshop will also showcase recent progress on the experimental characterisation of those materials.
This workshop will be dedicated to the memory of Dr. Nicola Bonini, who passed away in October 2022. Nicola was a Reader in the Department of Physics at King’s College London where, since 2011, he taught physics and led research that made a significant impact on the field of first-principles modelling of electronic and thermal transport and its application to two-dimensional and thermoelectric materials. The invited talks will be given by the leaders in these fields, including Nicola’s collaborators and colleagues, and will celebrate his research and achievements.
We gratefully acknowledge funding from the Psi-k and CCP9 networks, MARVEL and THEOS.
Registration is now open:
Prof. Stefano Baroni, SISSA, Italy
Dr. Jennifer Coulter, Harvard, USA
Dr. Myrta Gruning, Belfast, UK
Dr. Giorgia Fugallo, Nantes, France
Dr. Antonio Lombardo, University College London, UK
Dr. Francesco Macheda, Instituto Italiano di Tecnologia, Italy
Prof. Francesco Mauri, Sapienza, Italy
Prof. Nicola Marzari, EPFL, Switzerland
Prof. Cheol-Hwan Park, Seoul National University, South Korea
Prof. Samuel Ponce, Universite catholique du Louvain, Belgium
Dr. Sivan Refaely-Abramson, Weizmann Institute of Science, Israel
Dr. Michele Simoncelli, University of Cambridge, UK
Dr. Christian Storm, University of Edinburgh, UK
Dr. Haixue Yan, Queen Mary University of London, UK
Prof. Feliciano Giustino, University of Texas, Austin, USA
Dr Bartomeu Monserrat, University of Cambridge, UK
Dr Ivana Savic, King’s College London, UK
Dr Cedric Weber, Quantum Brilliance, Australia
Local organising committee:
Prof. Joe Bhaseen, King’s College London
Ms. Carmen Bohne, King’s College London
Dr. George Booth, King’s College London
Prof. Carla Molteni, King’s College London
Prof. Arash Mostofi, Imperial College London
Ms. Lydia Sandiford, King’s College London
Ms. Karen Stoneham, University College London
Ms. Anna Tarasenko, King’s College London