Call for Psi-k Workshop Proposals 2017

Herewith we solicit for proposals for workshops, small conferences, hands-on tutorials and summer schools in the field of electronic-structure theory and calculations to be held between April 1, 2017 and March 31, 2018, to be partially funded by the Psi-k Network and Charity.

Submission of Proposals

– The deadline for the proposals is Friday, October 14, 2016.
– The applications should be submitted on-line using the link https://www.dropbox.com/request/Kd6oCuVTRV3whMQfMGbK
– The applications should contain the following information: proposal title, scientific summary and abstract, programme outline,  tentative budget, CV(s) of the organiser(s), a provisional list of speakers/participants, and connection to Psi-k Working Group(s).
– A template for your proposal is available here – WORD / PDF. Applications will only be accepted if submitted using this official template.
– The  applications will be reviewed, and the funding decisions will be made in December 2016 by the Psi-k Scientific Advisory Committee and the Psi-k Board.

Working Group Connections

The Psi-k Working Groups represent the core of the Psi-k activities. Each Working Group has a Coordination Committee of experienced scientists in the field, headed by the Spokesperson. The Psi-k Working Groups, their Spokespersons and the Coordination Committee members are listed on the Psi-k website (psi-k.net/groups). If you plan to organize an activity in the field of one of the Working Groups, please contact the spokesperson and/or the committee members.

Training activities and interdisciplinary workshop activities such as Industry Workshops can be exempted from this requirement, if justified in the proposal.

Collaboration with CECAM

As in past years, we encourage applications for joint CECAM/ Psi-k Workshops as well as CECAM/Psi-k Tutorials for electronic-structure methods and applications.

With best regards,

Risto Nieminen
Psi-k Chairman

Peter Dederichs
Psi-k Financial Officer

Probing Potential-Energy Surfaces (PPES IV)

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The potential energy surface (PES) is a central quantity in the modelling of materials properties. Ab initio total energy methods like density-functional theory are increasingly used to probe the PES in order to determine not only the equilibrium configurations of particular systems, but also potential energy barriers for certain processes and/or attempt frequencies. The goal of the workshop was to discuss current issues and perspectives in the underlying theoretical concepts and methods, as well as corresponding applications in the fields of heterogeneous catalysis, crystal growth, or biophysics.

After successful meetings in 1994, 1999, and 2005, the workshop stayed within the interdisciplinary tradition of the PPES series and brought together scientists with different backgrounds, e.g. in condensed matter physics, materials science, computational physics, chemistry, and industry. Experts of the field of total-energy calculations, scientists who develop or enhance methods, and those who apply the information gained by these techniques had the possibility to exchange ideas and experiences.

A special focus of the PPES-IV workshop was on big-data-driven materials science, e.g. the Materials Encyclopedia and the development of Big-Data Analytics tools for materials science of the NOMAD Center of Excellence.

pic2PPES Continue reading Probing Potential-Energy Surfaces (PPES IV)

EUSpec Winter School on core-level spectroscopies – Fundamentals and applications of ab-initio methods in spectroscopy

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The idea that a two-week school should be held in Slovenia first emerged during the first Whole Action Meeting (WAM 2014) of COST Action EUSpec in Louvain-la-Neuve, Belgium. In compliance with the naming of other action meetings, the school was nicknamed as “EWinS”, standing for “EUSpec Winter School”. The preparations for the school started in spring 2015 and in autumn they became rather intense with many skype calls between the local organizers and Hubert Ebert (action chair), Didier Sébilleau (co-chair), Amélie Juhin as well as other members of the school international committee. The ideas on the table were many and the uncertainties on practical aspects were even more. Let us introduce the context. “EWinS” is the first two-week school organized within the framework of EUSpec. “Being the first” is already a source of concerns. “Being the first” in a small town of 6600 inhabitants in the middle of west Slovenia becomes an epic quest. Fortunately, with the help of volunteers, long and difficult budget plans, creative accommodation and transportation plans, on Monday the 1st of February all trainees were attending the first lecture given by Maria N. Piancastelli. After the coffee break Lucia Reining explained the basis of electronic excitations under a theoretical point of view.

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Continue reading EUSpec Winter School on core-level spectroscopies – Fundamentals and applications of ab-initio methods in spectroscopy

Walter Kohn

We are sad to report the recent passing of Walter Kohn, who died  Tuesday 19 April in Santa Barbara, California.

The following is his obituary from the New York Times

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Walter Kohn, an Austrian-born American scientist and former refugee who shared a Nobel Prize in Chemistry — a subject that he had last formally studied in high school — died on last Tuesday in Santa Barbara, Calif. He was 93.

The cause was cancer of the jaw, his wife, Mara Vishniac Kohn, said.

As a teenager, Dr. Kohn had escaped to England from Nazi-occupied Vienna less than a month before World War II erupted, found himself shipped to Canada as an “enemy alien” and later built a long, distinguished academic career in the United States, becoming an American citizen in 1957.

He was awarded the chemistry prize by the Royal Swedish Academy of Sciences in 1998. At the time, he was teaching at the University of California, Santa Barbara. He shared the award with John A. Pople, a British-born mathematician at Northwestern University.

Dr. Kohn was credited with a discovery that applied quantum mechanics and advanced mathematics to explain complex chemical reactions.

Continue reading Walter Kohn

Psi-k Scientific Get-Together

During the DPG Condensed Matter Meeting in Regensburg the Psi-k Network will organize again a Psi-k Scientific Get-TogetherPsi-k_Get_Together_2016_A4

We hope that you can come to the meeting and that we have a nice Get-Together. Please distribute the attached flyer to your colleagues and coworkers.

See you in Regensburg

Peter Dederichs
Honorary Chairman

Simulation of chemistry‐driven growth phenomena for metastable materials – SimGrow 2015

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The controlled growth of thin films based on metastable materials by chemistry‐driven processes is of high technological importance for topics like semiconductor devices or optical coatings. Computational modelling of this inherently multiscale process is crucial for an atomistic understanding and enables a decoupling and separate optimization of the growth‐determining factors of non‐equilibrium materials. The challenge faced for modelling of these complex phenomena is the coverage of various length and time scales and the necessary close interaction with colleagues from the experimental sciences who are able to outline the most pressing open questions.

This was the starting point to initiate the SimGrow workshop.

Read the full workshop report here.

Continue reading Simulation of chemistry‐driven growth phenomena for metastable materials – SimGrow 2015

Scientific Highlight – December 2015

Exotic s-wave superconductivity in alkali-doped fullerides
Yusuke Nomura, Shiro Sakai, Massimo Capone and Ryotaro Arita
Alkali-doped fullerides (A3C60 with A= K, Rb, Cs) show a surprising phase diagram, in which a high transition-temperature (Tc) s-wave superconducting state emerges next to a Mott insulating phase as a function of the lattice spacing. This is in contrast with the common belief that Mott physics and phonon-driven s-wave superconductivity are incompatible, raising a fundamental question on the mechanism of the high-Tc superconductivity.
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This article reviews recent ab initio calculations, which have succeeded in reproducing comprehensively the experimental phase diagram with high accuracy and elucidated an unusual cooperation between the electron-phonon coupling and the electron-electron interactions leading to Mott localization to realize an unconventional s-wave superconductivity in the alkali-doped fullerides.

October 2015 Highlight – 2015 Psi-k Conference

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We dedicate this issue of the Psi-k Newsletter to the 2015 Psi-k Conference.  We provide a brief overview of the conference, some photos of the event, a breakdown of the origins of the conference attendees, and a series of short personal reflections by a few researchers who very kindly took the time to provide their impressions.  We also provide a copy of the full scientific program at the end, and include a section about the Volker Heine Young Investigator Award and its associated symposium.

Psi-kConf1Read the full highlight here.

Ab initio (from electronic structure) calculation of complex processes in materials