5 Contratos Predoctorales en Laboratorio Nacional de Fusión

Posted on  by Isabel García Cortés

Anuncio de 5 contratos predoctoralesde 4 años de duración para candidatos interesados en realizar una tesis doctoral en líneas de investigación en el Laboratorio Nacional de Fusión El plazo de inscripción concluye el 30 de julio. Código de referencia

Reference Code: 13-PREF_21, 14-PREF_21, 15-PREF_21, 16-PREF_21, 17-PREF_21


Semana de la ciencia 2020

Como ya sabéis desde hace un par de días el plazo de inscripción para las Jornadas CIEMAT Semana de la Ciencia 2020 está abierto:


Gracias a tod@s por vuestra colaboración a la hora de buscar personal para las distintas actividades. Creemos que el programa es bastante rico y refleja la diversidad de un centro como el nuestro. 

Ahora, para que las Jornadas sean un éxito necesitamos vuestra ayuda para conseguir llegar al mayor número posible de personas. Por favor, compartid y enviad a vuestros contactos (correo, redes sociales, etc., tanto dentro como fuera del CIEMAT). En particular os pedimos difusión en contactos en Institutos y centros educativos para las actividades de orientación académica.

FusionEPtalks. The European Master in Fusion Science and Engineering Physics: 15 years of experience.

Speaker: Prof. Guido van Oost

When: 14-Sep-2020 at 17:00 (CET, Prague).

Abstract: As the fusion community makes pace towards commercialization, the balance in research is shifting from an academic-and-fundamental direction to a technology-and-industry-driven orientation. Internationalization, multidisciplinarity and mobility are key attributes required from leaders in the nascent fusion industry. For nearly 15 years, the FUSION-EP joint Master degree has delivered a high-level research-oriented education and a well-integrated cultural experience within an international consortium of institutions leading the interdisciplinary field of magnetic fusion. The combined and harmonized teaching and research activities coordinated among eight partner universities in Belgium, Czech Republic, France, Germany and Spain offer a variety of competences in a field of crucial importance to the problem of world energy supply. Besides the ITER International Organization, there are presently twenty-five academic and research associate partners from the EU, China, India, Lebanon, Russia, and Ukraine. Professor van Oost is one of the founders of FUSION-EP. In this talk, he will present the structure, philosophy and future perspectives of this unique graduate programme. Prospective students should note that 15 full scholarships are awarded every year to the top candidates!

Please visit https://fusionep-talks.egyplasma.com/events/event.php?eventID=31

See you on ZOOM, 

Alexis and the FusionEPtalks Team

Next on FusionEPtalks: Transport dynamics in turbulent magnetically confined fusion plasmas (30_Jul_2020)

Speaker: Prof. Raul Sanchez
When: 30-Jul-2020 at 18:00 (CET, Prague).

Abstract: It has been known for at least two decades that, in certain regimes, magnetically confined plasmas such as those within a tokamak or stellarator, may exhibit complex, non-diffusive radial transport that is badly modelled by means of traditional, effective, eddy diffusivities or conductivities. These regimes may become very important in next-step experiments, such as the ITER tokamak currently under construction in Southern France. In this talk, we will discuss some of the reasons for the appearance of complex transport behaviour in these plasmas, their implications for plasma confinement as well as give some hints about how these kind of regimes can be more properly modelled by using fractional transport theory. Comparisons with numerical simulations and, when available, experiments, will be also discussed.

More info: https://fusionep-talks.egyplasma.com/events/event.php?eventID=25

See you on ZOOM,

Dhaval and the FusionEPtalks Team

1st Spanish Fusion HPC Workshop (Nov. 27 2020)

This workshop https://hpcfusion2020.bsc.es covers all computer applications using High Performance Supercomputing (HPC) in the field of fusion research. These include, but are not limited to, numerical simulations in the following areas:  

  • Energy and particle transport
  • Multi-physics modelling
  • Plasma turbulence and related transport processes
  • Plasma hydrodynamics including linear, nonlinear and/or extended MHD
  • Plasma instabilities
  • Edge and plasma-material interactions
  • Heating, fueling and current drive
  • Laser-plasma interactions
  • Fast particle physics and burning plasma issues
  • Scenario development and control
  • Fusion reactor materials
  • Fusion reactor technology

The language of the workshop will be English and it will be open to all.

The programme will consist of three plenary talks:

– Alberto Loarte (ITER Organization) Modelling needs to support the ITER Research Plan and role of HPC

– Susana Clement (Fusion for Energy) Role of HPC in Broader Approach Activities in Fusion

– Xavier Litaudon (EUROfusion) EUROfusion E-TASC Programme and HPC role within it.

Invited talks and contributed orals. The abstract submission for invited talks and contributed orals is open now and will close on September 15th.

Selected presentations will be invited, by mutual agreement, to submit a journal paper after the workshop to a special issue published in Plasma Physics and Controlled Fusion (@IOPPublishing).

Check https://lnkd.in/dwTWErc for more details and to submit your abstract.

You are invited to submit your abstract now to Spanish Fusion HPC Workshop!

For more info: https://hpcfusion2020.bsc.es

We are looking forward to welcoming you to the Workshop!

Next Fusion EP Talks (24_Jul_2020)

Coupling plasma and wall currents for disruption simulations

Speaker: Dr. Francisco Javier Artola Such

When: 24-Jul-2020 at 18:00 (CET, Prague).

Abstract: The talk will be about disruptions events that can arise in tokamaks producing large heat and electromagnetic loads on the structures surrounding the plasma. The dynamics of these events are complex and 3D simulations are required to understand present experiments and to assist the design and operation of future machines. Disruptions induce wall currents which in turn determine the plasma motion, therefore it is necessary to couple these currents to the plasma in a self-consistent form. In the presentation different methods for such a coupling are explained for 3D MHD codes and examples of 3D MHD simulations of Vertical Displacement Events (VDEs) are also presented.

More info: https://fusionep-talks.egyplasma.com/events/event.php?eventID=28