The Volker Heine Young Investigator Award recognizes individuals for their outstanding computational work in the areas covered by the Psi-k mission statement (“…to develop fundamental theory, algorithms, and computer codes in order to understand, predict, and design materials properties and functions”). There will be one award of 2’500€ and four runner-up prizes of 500€ each.
Young researchers are invited to put themselves forward for the Volker Heine Young Investigator Award. Details of how to apply plus a description of the selection process can be found on the award website. The deadline for applications is 15 April 2021.
Under normal circumstances the selected finalists would have presented their work during the Psi-k Conference. However, with the postponement of the Conference to 2022 the finalists will now present at a special Volker Heine Award Ceremony online seminar on 9 September 2021.
We look forward to receiving your applications for this prestigious award.
|APPLY FOR THE VOLKER HEINE AWARD|
Dear Psi-k Community,
Happy New Year!
As I begin my term as Chair of Psi-k I would like to thank my predecessor Nicola Marzari for his tireless efforts on behalf of us all over the last three years, as well as his continuing contribution as a trustee and Chair of the 2022 Conference in Lausanne.
Psi-k has always been a grass-roots organisation that relies on the active participation of its members in proposing and delivering the activities we support. If you are not sure how to get involved then I strongly recommend watching the recording of our first community webinar, delivered on 27 November 2020 and now available here…
The ‘People’ section of our website also lists key contacts: the trustees and members of our Scientific Advisory Committee and Working Groups.
While our programme of activities for 2021 will look different from normal, I do hope that the increase in online events will provide an opportunity for wider participation, especially this year’s highlight, the Volker Heine Young Investigator Award.
The slides are now available for download here.
We would cordially invite you to contribute a research article, review, short communication or perspective to the “First-Principles Simulation—Nano-Theory” Special Issue on Crystals.
The submission deadline is 30 December 2020.
This Special Issue intends to serve as a unique multidisciplinary forum covering broad aspects of the science, technology, and applications of first-principles simulations.
The potential topics include, but are not limited to:
- New theory of first-principles simulation
- Development of first-principles calculation code
- Computer science of first-principles calculation
- Simulation of molecules, solid, condensed matter, mineral, surface, and nanostructure
- Simulation of nanodevice
- Simulation of soft matter
- Chemical and pharmaceutical application of first-principles simulation
If more than 10 papers are finally published in this Special Issue, we will establish a best paper award in which the selected winner will receive the opportunity to publish a future paper free of charge in our journal.
Dr. Tomoyuki Hamada
Dr. Paolo Restuccia
Saturday 19 September 2020 will mark the 90th birthday of Volker Heine, one of the founders of Psi-k and considered a pioneer of theoretical and computational studies of the electronic structure of solids and liquids and the determination of physical properties derived from it.
Best wishes Volker from everyone at Psi-k. We hope that you have a great birthday and, despite current circumstances, can celebrate this milestone in style!
The deadline for submitting pre-proposals for 2021-22 Psi-k activities funding is next Friday – 31 July. Don’t miss out… submit your pre-proposal online now. All information is included in the announcement below.
Psi-k is a worldwide network of researchers working on the advancement of first-principles computational materials science. Its mission is to develop fundamental theory, algorithms, and computer codes in order to understand, predict, and design materials properties and functions. Key activities of Psi-k are the organization of conferences, workshops, tutorials and training schools as well as the dissemination of scientific thinking in society [Excerpt from the mission statement at http://psi-k.net/].
In normal years Psi-k typically funds schools (1-2 weeks), workshops (2-3 days), international conferences (2-5 days), and codes/methods tutorials (3 days-1 week), with a focus on electronic-structure methods, developments, and applications. Funding is of the order of 4,000/8,000/12,000 €, depending on size and duration (as a guideline, 30 €/expected participant/day); Psi-k funds around 25-35 activities for every call (see here http://psi-k.net/workshops/ for the 2020-21 activities).
For this call, while we plan to support some of these more traditional activities, we also call for a renewed focus on, attention to and ingenious development of novel models in research sharing, dissemination, teaching, and discussion – the freedom of our Charity allows us to consider less conventional proposals with funding devoted to digital or remote approaches.
We have a two-step application process to simplify and streamline applications, elicit more original proposals, improve planning, and avoid duplication of efforts. The present call for pre-proposals is for events that will take place between 1 April 2021 and 31 March 2022.
Please note: for this year only events that take place in August and September 2021 will NOT be considered for funding to avoid a clash with the rescheduled Psi-k Conference that will take place in Lausanne, 23-26 August 2021.
Pre-proposals should be submitted online by Friday 31 July 2020 (midnight UK time), describing the planned event (download a draft of the form here). Psi-k Working Groups (http://psi-k.net/groups) and Trustees (http://psi-k.net/admin/) will either approve this pre-proposal for full submission, reject it, or suggest a merger between different activities – you are very welcome to contact the relevant Working Group leaders or members beforehand.
Feedback will be provided the week of Monday 21 September 2020. Pre-proposals that have been approved or mergers that have been successfully negotiated will then be invited to submit a full proposal by Friday 30 October 2020. These proposals will then be evaluated and approved – with full or partial funding – or declined at the meeting of the Trustees, Scientific Advisory Committee (http://psi-k.net/scientific-advisory-committee/) and Working Group leaders on Friday 27 November 2020.
The evaluation of the pre-proposals and full proposals will be based on:
- the scientific quality of the proposal,
- its intellectual inclusiveness and diversity of representatives,
- the scientific merit of the organizers, and
- appropriateness of budget, while of course
- responding to the Psi-k mission statement
Click here to read a brief, personal and unofficial account of the first 25 years of the Psi-k Network, written by members of the Band Theory Group at STFC Daresbury Laboratory. This is a record of the authors own recollections, particularly of events in the early days, and of the subsequent evolution of the Network as the scientific field itself evolved technically and intellectually. It is important to note that this is a record of how the authors saw things; it is in no way intended to be an “authorized history” of Psi-k.
From 27th to 31th January 2020 the YAMBO school devoted to first-principles calculations of electronic excited state properties in Novel Materials was held at the Abdus Salam International Center for Theoretical Physics on the Miramare seafront in Trieste. This school welcomed 56 participants from 22 countries, and 18 staff members among lecturers, teaching assistants, and organizers. The event was sponsored jointly by the Max Centre of Excellence Materials at Exascale, ICTP, and Psi-k network. The participants were 65% Master or PhD students and 35% postdocs. Overall participated 75% males and 25% females.
The goal of the school was to provide training on theoretical and computational methods to study the exciting properties with a particular focus on Novel Materials of interest for optoelectronics. In the morning, the students followed lectures on the fundamentals, from Density Functional Theory to linear response and many-body perturbation theory. A completely new session has been dedicated to real-time MBPT methods and simulations which are able to tackle electronic correlation beyond linear response.
The theoretical lectures were followed by technical ones on the implementation, within first principles, of the main theoretical equations, with a special focus on the Yambo code. Continue reading Computational School on Electronic Excitations in Novel Materials Using the Yambo Code
Psik funded workshop Quo vadis Self-Interaction Correction (QVSIC)? September 23-26 2019, Freiberg, Germany
The meeting brought together together senior experts and young researchers from all over the world. The workshop took place in Freiberg, Germany and 27 scientists from 6 countries attended. The participation of Prof. John P. Perdew, Prof. Hannes Jonsson and Prof. Mark R. Pederson, three researchers who have developed important concepts of self-interaction correction (SIC) within density functional theory was a great experience and an honour for all the participants.
The main topics were:
- Successes and failures of SIC
- Real and complex-valued orbitals for SIC
- Generalizations of SIC
- Alternative SIC methods
The scientific program contained 3 plenary talks, 15 invited talks and 10 poster presentations. Further details of the workshop can be found online https://indico.physik.tu-freiberg.de/event/1/ or see Report_onQVSIC_meeting2019
Hermes 2018 Summer school began with an inspiring introductory lecture from keynote speaker Prof. Adrian Sutton, sharing with us his exciting story of his academic work and personal journey in condensed matter physics and materials science. Prof. Sutton is a fellow of the Royal Society and one of the founders of the Thomas Young Centre for the theory and simulation of materials in London.
Prof. Sutton’s talk discussed the importance of recent developments in materials science and the potential impact of future technological materials on human life. For example, he discussed polymer/plastic technologies, how important plastics have become in our everyday lives, as well as the impact of these technologies on the environment and how we can make a difference as theoretical/computational scientists.
Following the keynote lecture, informal discussions continued over dinner in the beautiful dining halls of the Cumberland Lodge. The evening ended with an informal ice-breaking social mingle, allowing the participants to relax, explore the great Windsor Park and the lodge itself while getting to know each other.
A demanding several days awaited: a series of graduate lectures focusing on the main branches of computational materials science, a series of workshops on those topics (molecular dynamics, density functional theory and finite element modeling), and a seriesof lectures and workshops on science communication, to be put to use in the poster session and presentation competition. Continue reading Hermes 2018 Summer School in Computational Materials Science and Scientific Communication