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Issue #1, 2021

Hydromag Newsletter Issue #1, 2021

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Content

  1. MHD School by MHD society (March 22, 2021)
  2. Postdoctoral Position in Numerical Simulation of Radiative-MHD
  3. Next Hydromag Newsletter

MHD School

(from Antoine Alemany, Grenoble, France)

In collaboration with some colleagues, we have created a savant society, the MHD society. The objective of the society is to promote collaborations in the frame of MHD activities. This includes the coordination of conferences, obtaining financial grants for research and teaching (at the countries level, European level ..Etc.), and promoting careers of young researchers.

Web site: https://eumhd.com

The first project of the society is the organisation of an MHD school that will be proposed every year. The summary of the first edition is given in the flyer included in the web side of the MHD society and is summarized in the following:

  • The school is free of cost
  • The school will take place over a period of three weeks: from March 22 to April Friday 9 2021.
  • The lectures are programmed in principle on Monday/Tuesday/Wednesday, but could be shifted for another day on the same week.

The course will be given in video conference with a protocol that will be communicated by the organizers.

The precise titles of the courses and teachers names will be proposed on the web site of the MHD society. The link to access on the school web site is: https://eumhd.com/school2021

The MHD society board

MHD School Flyer


Postdoctoral Position in Numerical Simulation of Radiative-MHD

(from Prof. Ben-Wen Li, Dalian, China)

 

INTRODUCTION
The group of Prof. Dr. Li Ben-Wen, in Institute of Thermal Engineering, School of Energy & Power Engineering, Dalian University of Technology (DUT), has long time and wide experience in researching thermal radiation, and its combinations with others, like, conduction, convection, combustion, and magnetohydrodynamics (MHD), and specially engaging in the numerical simulation. Recently, we obtained the NSFC (National Natural Science Foundation of China) project, titled “Research of Thermal Radiation Effects on Magnetohydrodynamics Instabilities” with granted No. 51976021 (Jan. 2020 till Dec. 2023). We are applying more projects. We have accumulated lots of home designed codes for pure thermal radiation (with participating media in 3D Cartesian coordinate systems and 2D cylindrical ones), radiation-conduction, radiation-hydrodynamics and radiation-MHD (spectral methods but with limitation of laminar flow). Meanwhile, lots of journal papers have been published. Based on the NSFC project, we are preparing experimental research and also numerical simulations, especially for laminar to turbulent transition. In such cases, a full postdoc position for experienced scholar, who is expert in CFD with DNS, is available.

RESPONSIBILITIES
The main task of postdoc will be the numerical simulations of transition or turbulent Radiative-MHD in cylinder or rectangular enclosure. The numerical methods can be the Finite Difference method, the Finite Volume method, but the Spectral method will be priority. At present, the MHD will be limited to quasi-steady cases (the magnetic Reynolds number is far less than unit). For thermal radiation, we expect the full RTE (radiation transfer equation) solution with help of Prof. Li Ben-Wen (many home hold codes using spectral methods). The main challenges may exist in the spectral codes transition from MMT (matrix multiplication transition) versions to FCT/FFT (fast cosine transformation/fast Fourier transformation) versions, the turbulent radiation interaction (TRI), and the instabilities analysis. The codes transition is necessary to reduce computer cost for instabilities and turbulent flow. The spectral methods are necessary to keep the higher accuracy. Based on the simulations, more phenomena/disciplines can be observed/discovered for radiative MHD.
Based on our former works, you will be supervised by Prof. Li Ben-Wen, and collaborating with Ph.D. students. You can guide Ph.D. students both in experiments and simulations, especially the DNS and instability analysis. Your creativity is welcome and expected during the research process.

CONDITIONS
As for thermal radiation, we have accumulate lots of codes based on spectral methods or discrete ordinates method (DOM).
Work office and personal computer are provided. The computer center will provide computation source for large computation, and the computation cost will be paid from the project.
The salary per year is ¥300,000RMB before tax, about $46,470. Our university can provide apartment with bath and cook, but cheap rent.
Dalian is the most beautiful city in the north-eastern China, and the communications in domestic and international are very fast and convenient.

PROFILE
Candidate should have a PhD degree in Physics or Engineering (or equivalent), with demonstrated experience in CFD in fluid mechanics, or thermo-hydrodynamics, or even in MHD.

OFFER
We offer the open, stimulating and multi-disciplinary research environment. The duration of the contract will be 2 years. After evaluation, it will be possible to extend another 1 year.

INTERESTED?
For more information please contact Prof. Li Ben-Wen at: +86-13664102228, heatli(at)dlut.edu.cn

—–

Dr. Ben-Wen Li, Prof. of
Institute of Thermal Engineering
School of Energy & Power Engineering
Dalian University of Technology
Mailing Address:
Room 720, Energy & Power Building in West Campus of Dalian University of Technology
No. 2, Linggong Road, Ganjingzi District
Dalian, 116024, Liaoning Province, China

 


Next Hydromag Newsletter

will be issued at the end of April 2021. Please send information you wish to be included into this issue to

a.pedcenko(at)coventry.ac.uk

not later than 20 of April, 2021.

If you have an urgent announcement, we can publish at http://hydromag.eu between the issues.

Postdoctoral Position in Numerical Simulation of Radiative-MHD

(from Prof. Ben-Wen Li, Dalian, China)

 

INTRODUCTION
The group of Prof. Dr. Li Ben-Wen, in Institute of Thermal Engineering, School of Energy & Power Engineering, Dalian University of Technology (DUT), has a long time and wide experience in researching thermal radiation, and its combinations with others, like, conduction, convection, combustion, and magnetohydrodynamics (MHD), and especially engaging in the numerical simulation. Recently, we obtained the NSFC (National Natural Science Foundation of China) project, titled “Research of Thermal Radiation Effects on Magnetohydrodynamics Instabilities” with granted No. 51976021 (Jan. 2020 till Dec. 2023). We are applying for more projects. We have accumulated lots of home-designed codes for pure thermal radiation (with participating media in 3D Cartesian coordinate systems and 2D cylindrical ones), radiation-conduction, radiation-hydrodynamics and radiation-MHD (spectral methods but with limitation of laminar flow). Meanwhile, lots of journal papers have been published. Based on the NSFC project, we are preparing experimental research and also numerical simulations, especially for laminar to turbulent transition. In such cases, a full postdoc position for the experienced scholar, who is an expert in CFD with DNS, is available.

RESPONSIBILITIES
The main task of the postdoc will be the numerical simulations of transition or turbulent Radiative-MHD in a cylinder or rectangular enclosure. The numerical methods can be the Finite Difference method, the Finite Volume method, but the Spectral method will be a priority. At present, the MHD will be limited to quasi-steady cases (the magnetic Reynolds number is far less than unit). For thermal radiation, we expect the full RTE (radiation transfer equation) solution with help of Prof. Li Ben-Wen (many home hold codes using spectral methods). The main challenges may exist in the transition to the spectral code from MMT (matrix multiplication transition) versions to FCT/FFT (fast cosine transformation/fast Fourier transformation) versions, the turbulent radiation interaction (TRI), and the instabilities analysis. The code transition is necessary to reduce computer costs for instabilities and turbulent flow. The spectral methods are necessary to keep the higher accuracy. Based on the simulations, more phenomena/disciplines can be observed/discovered for radiative MHD.
Based on our former works, you will be supervised by Prof. Li Ben-Wen, and collaborating with Ph.D. students. You can guide Ph.D. students both in experiments and simulations, especially the DNS and instability analysis. Your creativity is welcome and expected during the research process.

CONDITIONS
As for thermal radiation, we have accumulated lots of codes based on spectral methods or discrete ordinates methods (DOM).
Work office and personal computer are provided. The computer center will provide a computation source for large computation, and the computation cost will be paid from the project.
The salary per year is ¥300,000RMB before tax, about $46,470. Our university can provide an apartment with a bath and cook, but cheap rent.
Dalian is the most beautiful city in north-eastern China, and the communications in domestic and international are very fast and convenient.

PROFILE
The candidate should have a PhD degree in Physics or Engineering (or equivalent), with demonstrated experience in CFD in fluid mechanics, or thermo-hydrodynamics, or even in MHD.

OFFER
We offer the open, stimulating and multi-disciplinary research environment. The duration of the contract will be 2 years. After evaluation, it will be possible to extend another 1 year.

INTERESTED?
For more information please contact Prof. Li Ben-Wen at: +86-13664102228, heatli(at)dlut.edu.cn

—–

Dr. Ben-Wen Li, Prof. of
Institute of Thermal Engineering
School of Energy & Power Engineering
Dalian University of Technology
Mailing Address:
Room 720, Energy & Power Building in West Campus of Dalian University of Technology
No. 2, Linggong Road, Ganjingzi District
Dalian, 116024, Liaoning Province, China

18-21 July, 2022: Bifurcations and Instabilities in Fluid Dynamics 2021

BIFD2021 Symposium is postponed to July 18-21, 2022

more details will be available at https://www.bifd2021.org/

1-3 September 2021 — XIX International UIE Congress on Evolution and New Trends in Electrothermal Processes

Dear Colleagues,

It is our pleasure to invite you all to the XIX International Conference

UIE2021 “Evolution and new trends in electrothermal processes“. The conference will take place in Pilsen (Czech Republic) in the historical conference centre Secese of the Pilsner Urquell Brewery, within the period 1st – 3rd September 2021. This new term is a consequence of the COVID situation in Europe in the spring and a consequence of the postponement decision.

All important particulars concerning this conference can be found on the www page

About

Main Topics

Possible topics for submissions include, but are not limited to, the following:

  • Material processing by heating and melting
  • Magnetohydrodynamics in industrial processes
  • Production processes for innovative materials and products
  • Process control and optimization
  • Energy efficiency and sustainability of industrial thermal processes
  • Efficient and sustainable energy management of buildings

 

 

On behalf of the Organization Committee of the Conference,

Ivo Doležel, Jiří Kožený, Václav Kotlan, David Rot, and Lenka Šroubová

 

University of West Bohemia

Faculty of Electrical Engineering

Univerzitni 8, 306 14 Pilsen,

Czech Republic

email: uie2021@fel.zcu.cz

PhD on the Transition to Turbulence in Particulate Pipe Flows (Coventry, UK)

A PhD position in experimental fluid mechanics is open at the Centre for Fluid and Complex Systems (FCS), Coventry University, in collaboration with Oxford University, under the joint supervision of Prof. Alban Pothérat, (Coventry University, UK, http://users.complexity-coventry.org/~potherat/ ) and Prof. Tom Mullin (Oxford University).

The topic concerns the experimental study of pipe flows seeded with particles. At high enough flowrates, flows of liquids in pipes become turbulent. The transition process involves complex nonlinear mechanisms that are still not fully understood. Yet predicting, delaying or triggering – in other words controlling –  the onset of turbulence is a pressing need both as one of the fundamental challenges of fluid mechanics and for the vast range of practical problems where the radically different energy and pressure losses incurred in laminar or turbulent flows have drastic consequences.

A more recent angle to this problem emerged with the growing practical importance of flows seeded with particles that can either prevent or induce a transition to turbulence depending on their size and concentration.  The underlying mechanisms were unknown until recently. The centre for Fluid and Complex systems developed a fully transparent pipe flow device of hitherto unmatched accuracy fitted with a unique optical detection device capable of mapping the motion of fluid and particles simultaneously to make the first breakthrough in this problem of fundamental importance. The question now is to understand how the motions of fluid and particles interact in detail, ultimately manipulate this interaction with electric fields and control the transition.  This is precisely the objective of this PhD, that offers a unique opportunity to use and develop cutting edge experimental techniques to tackle one of the great challenges of nonlinear physics, for both fundamental and practical purposes.

The fluid and Complex Systems Research Centre (https://www.coventry.ac.uk/research/areas-of-research/centre-for-fluid-and-complex-systems) gathers fluid dynamicists, physicists and engineers to tackle fundamental, but also real-life problems involving fluids and complexity with mathematical rigour. For example, aside from its more traditional forte in fluid dynamics and statistical physics, the centre is also developing novel approaches in engineering fluid mechanics, flow measurement and socio-physics. The Fluid Dynamics Group currently comprises 15 Staff and PhD students and runs projects combining theory, numerical simulations and experiments, supported by a number of grants from research funding bodies (EPSRC, The Leverhulme Trust, the Royal Society…) and international partnerships. The group forms part of Coventry University’s Mathematics Unit of Assessment (10) for the Research Excellence Framework. 87% of the submission’s output was deemed internationally excellent at REF 2014. The centre prides itself in its active integration of PhD students in its academic life (events, seminars, interaction with its staff) and provides a vibrant international and interdisciplinary environment conducive to the production of world-class research.

Candidates must hold, or be on course for a 1st class Bsc. or Msc. degree in engineering or physics, with previous experimental experience and be motivated to conduct technically advanced experimental projects. Experience in fluid mechanics and/or measurement technology is strongly advised. The position is for a period of 3.5 years and is expected to start in January 2021.

To express interest in this PhD opportunity, please send a CV and a full transcript of academic records to Alban Pothérat (Coventry University, alban.potherat(at)coventry.ac.uk). Informal enquiries are encouraged.

PhD positions at Georgia State University (USA)

The Department of Physics and Astronomy at Georgia State University (Atlanta, Georgia, USA) invites applications from prospective PhD students interested in magnetohydrodynamics, turbulence, and astrophysical plasmas.  New PhD projects in MHD theory and simulation will focus on modelling the interstellar medium using both local and global simulations.  These projects will use new computer systems at Georgia State University, national and international supercomputers, and data from world-class telescopes. 

The deadline for application is January 15th, 2021.  Successful candidates will enter the program in August 2021.  Research assistantships are available.  Prospective students should apply at https://www.phy-astr.gsu.edu/graduate/admissions/.

Inquiries about the program and the application process can be directed to Dr. Jane Pratt (jpratt7(at)gsu.edu).

June 13-17, 2021: EPM 2021 – Electromagnetic Processing of Materials (Riga, Latvia)

International conference ELECTROMAGNETIC PROCESSING OF MATERIALS 2021 will take place in Riga Latvia on June 13-17, 2021. 

Electromagnetic Processing of Materials (EPM) relates to all branches of materials processing where some benefit could be attained from an electromagnetic influence on the process. This covers traditional areas such as liquid metal processing, metal casting and solidification, induction heating, but also crystal growth from the melt, plasma processes, recycling, separation. The series of EPM conferences was initiated in 1994 by S. Asai (Japan) and M. Garnier (France). It takes place every three years alternating between Europa and Asia (Nagoya 1994, Paris 1997, Nagoya 2000, Lyon 2003, Sendai 2006, Dresden 2009, Beijing 2012, Cannes 2015, Hyogo 2018). The conference is open for any kind of materials processing involving electric or magnetic fields. It intends to bring together people from academic institutions, industry and related equipment manufacturers.

We are looking forward to welcoming you to Riga 13-17 June 2021.

Conference website: https://www.epm2021.lu.lv/en/ 

EPM Summer School for PhD Students: https://www.epm2021.lu.lv/en/welcome/epm-summer-course 

Registration is openhttps://www.epm2021.lu.lv/en/registration/registration

 

Abstract submission deadline is January 15, 2021

Issue October 2020

Content

  1. European Association of MagnetoHydroDynamics
  2. PhD Positions at Georgia State University (USA)
  3. Electromagnetic Processing of Materials – EPM2021, June 13-17, 2021 (Riga, Latvia)
  4. PhD on the Transition to Turbulence in Particulate Pipe Flows (Coventry, UK)
  5. Any Other Business
  6. Next Hydromag Newsletter

 


I. European Association of MagnetoHydroDynamics

(from Beatrice Collovati, France)

———————

 

We are pleased to announce the establishment of the European Association of MagnetoHydroDynamics (EuMHD https://eumhd.com).

This organization aims to foster the activities carried on by the MHD Community, bridging research institutions, supporting the participation to EU programmes call, contributing to the organization of Conferences and Workshops, setting up training paths on MHD, boosting career prospects of young researchers involved in MHD.

The aim of EuMHD is to make a system with all the subjects in any way involved in MHD research and development, Research Institutions, as well as Journals, Conferences, Newsletters, etc.

The membership registration to EuMHD is open and, in this preliminary phase, is free of cost. For the details, please visit the membership section of the website: https://eumhd.com/sample-page or send an email to info@eumhd.com

 

An open online meeting will be held on November 17th at 3:00 p.m. (CET time) with the following agenda:

  • EuMHD objectives
  • Participation in the next call of EU program COST
  • Participation in the Marie Skłodowska-Curie Actions to support mobility within MHD Community
  • Organization of the first MHD school
  • Collective writing of a textbook on all the fundamental and applicative aspects of MHD

 

To join the event one can register by sending an email to info@eumhd.com with the subject “EuMHD meeting 2020 November 17″ and reporting the following information in the text of the email:

 

Surname

Name

Affiliation

Country

email

 


II. PhD positions at Georgia State University (USA)

(from Jane Pratt, USA)

———————

 

The Department of Physics and Astronomy at Georgia State University (Atlanta, Georgia, USA) invites applications from prospective PhD students interested in magnetohydrodynamics, turbulence, and astrophysical plasmas.  New PhD projects in MHD theory and simulation will focus on modelling the interstellar medium using both local and global simulations.  These projects will use new computer systems at Georgia State University, national and international supercomputers, and data from world-class telescopes.

The deadline for application is January 15th, 2021.  Successful candidates will enter the program in August 2021.  Research assistantships are available.  Prospective students should apply at https://www.phy-astr.gsu.edu/graduate/admissions/.

Inquiries about the program and the application process can be directed to Dr. Jane Pratt (jpratt7(at)gsu.edu).

 


 

III. Electromagnetic Processing of Materials – EPM2021, June 13-17, 2021 (Riga, Latvia)

(from Svetlana Shchanicina, Latvia)

———————

 

International conference ELECTROMAGNETIC PROCESSING OF MATERIALS 2021 will take place in Riga Latvia on June 13-17, 2021.

Electromagnetic Processing of Materials (EPM) relates to all branches of materials processing where some benefit could be attained from an electromagnetic influence on the process. This covers traditional areas such as liquid metal processing, metal casting and solidification, induction heating, but also crystal growth from the melt, plasma processes, recycling, separation. The series of EPM conferences was initiated in 1994 by S. Asai (Japan) and M. Garnier (France). It takes place every three years alternating between Europa and Asia (Nagoya 1994, Paris 1997, Nagoya 2000, Lyon 2003, Sendai 2006, Dresden 2009, Beijing 2012, Cannes 2015, Hyogo 2018). The conference is open for any kind of materials processing involving electric or magnetic fields. It intends to bring together people from academic institutions, industry and related equipment manufacturers.

We are looking forward to welcoming you to Riga 13-17 June 2021.

Conference website: https://www.epm2021.lu.lv/en/

EPM Summer School for PhD Students: https://www.epm2021.lu.lv/en/welcome/epm-summer-course

Registration is open: https://www.epm2021.lu.lv/en/registration/registration

 

Abstract submission deadline is January 15, 2021

 


IV. PhD on the Transition to Turbulence in Particulate Pipe Flows (Coventry, UK)

(from Alban Potherat, UK)

———————

 

A PhD position in experimental fluid mechanics is open at the Centre for Fluid and Complex Systems (FCS), Coventry University, in collaboration with Oxford University, under the joint supervision of Prof. Alban Pothérat, (Coventry University, UK, http://users.complexity-coventry.org/~potherat/ ) and Prof. Tom Mullin (Oxford University).

The topic concerns the experimental study of pipe flows seeded with particles. At high enough flowrates, flows of liquids in pipes become turbulent. The transition process involves complex nonlinear mechanisms that are still not fully understood. Yet predicting, delaying or triggering – in other words controlling –  the onset of turbulence is a pressing need both as one of the fundamental challenges of fluid mechanics and for the vast range of practical problems where the radically different energy and pressure losses incurred in laminar or turbulent flows have drastic consequences.

A more recent angle to this problem emerged with the growing practical importance of flows seeded with particles that can either prevent or induce a transition to turbulence depending on their size and concentration.  The underlying mechanisms were unknown until recently. The centre for Fluid and Complex systems developed a fully transparent pipe flow device of hitherto unmatched accuracy fitted with a unique optical detection device capable of mapping the motion of fluid and particles simultaneously to make the first breakthrough in this problem of fundamental importance. The question now is to understand how the motions of fluid and particles interact in detail, ultimately manipulate this interaction with electric fields and control the transition.  This is precisely the objective of this PhD, that offers a unique opportunity to use and develop cutting edge experimental techniques to tackle one of the great challenges of nonlinear physics, for both fundamental and practical purposes.

The fluid and Complex Systems Research Centre (https://www.coventry.ac.uk/research/areas-of-research/centre-for-fluid-and-complex-systems) gathers fluid dynamicists, physicists and engineers to tackle fundamental, but also real-life problems involving fluids and complexity with mathematical rigour. For example, aside from its more traditional forte in fluid dynamics and statistical physics, the centre is also developing novel approaches in engineering fluid mechanics, flow measurement and socio-physics. The Fluid Dynamics Group currently comprises 15 Staff and PhD students and runs projects combining theory, numerical simulations and experiments, supported by a number of grants from research funding bodies (EPSRC, The Leverhulme Trust, the Royal Society…) and international partnerships. The group forms part of Coventry University’s Mathematics Unit of Assessment (10) for the Research Excellence Framework. 87% of the submission’s output was deemed internationally excellent at REF 2014. The centre prides itself in its active integration of PhD students in its academic life (events, seminars, interaction with its staff) and provides a vibrant international and interdisciplinary environment conducive to the production of world-class research.

Candidates must hold, or be on course for a 1st class Bsc. or Msc. degree in engineering or physics, with previous experimental experience and be motivated to conduct technically advanced experimental projects. Experience in fluid mechanics and/or measurement technology is strongly advised. The position is for a period of 3.5 years and is expected to start in January 2021.

To express interest in this PhD opportunity, please send a CV and a full transcript of academic records to Alban Pothérat (Coventry University, alban.potherat(at)coventry.ac.uk). Informal enquiries are encouraged.


 

V. Other business

(from Alex Pedcenko, UK)

———————

 

 

If you have some interesting stuff to share, please, drop an e-mail, we can share through our http://hydromag.eu website and Twitter: https://twitter.com/HydromagNews

 


 

VI. Next Hydromag Newsletter

 

Will be issued in the middle of December 2020. Please send information you wish to be included in next issue to

a.pedcenko(at)coventry.ac.uk

not later than 15 of December 2020. If you have an urgent announcement, we can publish at http://hydromag.eu  between the issues.

Please forward any information you may have on MHD-related conferences, meetings, publications, jobs, PhD positions etc.

Thank you,

Alex Pedcenko

Coventry University

 

——————

If you wish to unsubscribe from Hydromag Newsletter (http://hydromag.eu), please reply with “Unsubscribe”. If you wish to subscribe to Hydromag Newsletter (http://hydromag.eu), please reply with “Subscribe to Hydromag”

 

2 – 6 August, 2020: XXXII IUPAP Conference on Computational Physics 2020

XXXII IUPAP Conference on Computational Physics 2020

CCP2020 has been cancelled due to the COVID-19 pandemic. However, CCP2021 will be held in Coventry. The new conference dates will be announced soon.

 

 

COVENTRY, ENGLAND
August 2 – 6, 2020

https://ccp2020.complexity-coventry.org/
e-mail: ccp2020@coventry.ac.uk

Dear Colleagues,

We would like to announce the 32nd Conference on Computational Physics that is
scheduled to take place in Coventry, England, between the 2nd and 6th of August,
2020, and invite you to participate. It is the leading international conference
in its area, covering all aspects of computational physics. In particular, the
main topics are:

  • statistical mechanics and complex systems
  • soft matter, biophysics
  • materials and nano-science
  • fluid dynamics
  • quantum many-body physics
  • quantum computing
  • lattice field theory
  • astrophysics, gravitation, cosmology
  • novel hardware and software
  • computational physics education
  • machine learning and algorithms
  • geophysics and porous media

The scientific programme will consist of plenary lectures held mainly in the mornings
and a program of parallel sessions in the afternoons with invited and contributed
oral presentations, as well as a poster session.

PLENARY SPEAKERS

Dwight Barkley (U Warwick)
Gábor Csányi (U Cambridge)
Richard Brower* (Boston U)
Christine Davies (U Glasgow)
Claudia Draxl* (HU Berlin)
Annalisa Pillepich (MPA, Heidelberg)
Frank Pollmann (TU Munich)
Andrew Saxe (U Oxford)
Olga Shishkina (MPI-DS, Göttingen)
David Thirumalai (UT Austin)
Brigitta Whaley* (UC Berkeley)
Andy Woods* (U Cambridge)

(* to be confirmed)

REGISTRATION AND DEADLINES

Registration for participation and as well as the submission of contributions to the
program are possible online at the conference website

https://ccp2020.complexity-coventry.org/registration.php

Registration is open until May 15, 2020.

FORMAT

The meeting is set to begin in the morning of Monday, August 3rd and ends in the late
afternoon of Thursday, August 6. There will be a welcome reception and registration
opportunity in the evening of August 2nd (Sunday).

There will be a social dinner on the evening of August 5th.

VISAS AND SUPPORT

Limited support is available for graduate students and participants from less
economically developed countries. Support requests can be submitted as part of the
registration process until May 15.

Invitation letters for visa applications will be provided to registered
participants. For details on visa applications, please consult the sources mentioned
on the conference website.

ACCOMMODATION

Participants (apart from plenary speakers) are requested to arrange accommodation
individually. There are a number of hotels nearby. Also, a limited number of
discounted accommodation options in the university residences is available. For
details please see the ‘travel’ section of the conference website.

CORONAVIRUS

The organizers are of course aware of the uncertainties surrounding the pandemic
spread of coronavirus, and we are monitoring the situation closely.  Should it be
required to move or cancel the event, all registration fees will be fully
refunded. We strive to take a final decision no later than June 2 to avoid
participants losing money through travel and accommodation bookings or visa
applications.

INTERNATIONAL ADVISORY BOARD

Joan Adler, Technion
Nithaya Chetty, Wits U, Johannesburg
Mei-Yin Chou, Academia Sinica
Bismarck Vaz da Costa, UFMG, Belo Horizonte
Yuan Ping Feng, NUS, Singapore
Suklyun Hong, Sejong U
Andrew Horsfield, Imperial
Trevis Humble, ORNL
Barry Klein, UC Davies
Georg Kresse, U Vienna
David Landau, UGA, Athens
Hai-Qing Lin, CSRC, Beijing
Richard Liska, TU Prague
Priya Mahadevan, Bose Centre, Kolkata
Regina Maphanga, U Limpopo
Sitangshu Bikas Santra, IIT Guwahati
Lev Shchur, Landau Institute
Laurette Tuckerman, ESPCI
Roser Valentí, U Frankfurt
Daniel Vizman, UVT, Timisoara
Rodolphe Vuilleumier, ENS, Paris
Xiaoqun Wang, SJTU, Shanghai
Renata Wentzcovitch, Columbia U
Junyi Zhu, CU Hong Kong

PROGRAM COMMITTEE

The main responsibility for the scientific program rests with the program committee

Statistical mechanics and complex systems:
Wolfhard Janke, U Leipzig (chair)

Soft matter, biophysics:
Julia Yeomans, U Oxford (chair)
Anna Balazs, U Pittsburgh
Changbong Hyeon, KIAS, Seoul

Materials and nano-science:
Luca Ghiringhelli, FHI, Berlin (chair)
Francesca Baletto, King’s College London
Silvana Botti, U Jena
Bryan Goldsmith, U Michigan, Ann Arbor
James Kermode, U Warwick
Sergey Levchenko, Skolkovo, Moscow

Fluid dynamics:
Greg Sheard, Monash (chair)
Bruno Carmo, U Sao Paulo
Wisam Al Saadi, Australian College of Kuwait

Quantum many-body physics:
Anders Sandvik, Boston U (chair)
Sylvain Capponi, U Toulouse
Kedar Damle, TIFR Mumbai
Chisa Hotta, U Tokyo
Shiwei Zhang, Flatiron Institute

Quantum computing:
Stephen Jordan, Microsoft (chair)
David Gosset, U Waterloo
Peter Love, Tufts U
Bei Zeng, U Guelph

Lattice field theory:
Constantina Alexandrou, Cyprus Institute (chair)
Gert Aarts, Swansea
Karl Jansen, DESY Zeuthen
Aida X. El-Khadra, U Illinois, Urbana-Champaign

Astrophysics, gravitation, cosmology:
Richard Bower, U Durham (chair)
Debora Sijacki, U Cambridge
Andrew Wetzel, UC Davis

Novel hardware and software:
Massimo Bernaschi, NRC, Rome (chair)
Valeri Halyo, U Princeton
Victor Martin-Mayor, U Complutense, Madrid

Computational physics education:
Joan Adler, Technion (chair)
Amy Graves, Swarthmore College

Machine learning and algorithms:
Lenka Zdeborova, Paris (chair)
Chiara Cammarota, King’s College London
Alexander Hartmann, U Oldenburg
Ehsan Katami, San Jose State U
Maria Schuld, KwaZulu-Natal
Pan Zhang, CAS, Beijing

Geophysics and porous media:
Steve Tobias, U Leeds (chair)
Emannuel Dormy, CNRS, Paris
Geoff Vallis, U Exeter

LOCAL ORGANISING COMMITTEE

Damien Foster
Nikolaos G. Fytas
Charo del Genio
Ran Holtzman
Susanne Horn
Ralph Kenna
Abhishek Kumar
Alban Potherat
Martin Weigel (chair)
Taras Yavors’kii

CCP2020
Centre for Fluid and Complex Systems
Faculty for Engineering, Computing and Mathematics
Coventry University
Coventry CV1 5FB
England

website: https://ccp2020.complexity-coventry.org/
e-mail: ccp2020@coventry.ac.uk

**** Please bring this conference to the attention of graduate students, postdocs and colleagues who may be interested ****