Annual meeting 2026
from
Monday, 2 November 2026 (08:30)
to
Tuesday, 3 November 2026 (12:15)
Monday, 2 November 2026
08:45
Welcome
-
Maurizio Giacomin
(
ENEA
)
Welcome
Maurizio Giacomin
(
ENEA
)
08:45 - 09:00
Room: NBTF 3rd floor
09:00
Overview of the project milestones
-
Maurizio Giacomin
(
ENEA
)
Overview of the project milestones
Maurizio Giacomin
(
ENEA
)
09:00 - 09:15
Room: NBTF 3rd floor
09:15
Introducing turbulent cross-field transport effects on the SPLEND1D transport code
-
Sergio Garcia Herreros
(
EPFL
)
Introducing turbulent cross-field transport effects on the SPLEND1D transport code
Sergio Garcia Herreros
(
EPFL
)
09:15 - 10:00
Room: NBTF 3rd floor
10:00
FReDi: TCV's new Fast Reciprocating Diagnostic for turbulence study
-
Alysee Khan
(
Ecole Polytechnique Fédérale de Lausanne, Swiss Plasma Center
)
FReDi: TCV's new Fast Reciprocating Diagnostic for turbulence study
Alysee Khan
(
Ecole Polytechnique Fédérale de Lausanne, Swiss Plasma Center
)
10:00 - 10:45
Room: NBTF 3rd floor
10:45
Coffee break
Coffee break
10:45 - 11:00
Room: NBTF 3rd floor
11:00
Resistive ballooning mode scaling analysis using SOLPS-NN
-
Rick van Schaik
(
DIFFER
)
Resistive ballooning mode scaling analysis using SOLPS-NN
Rick van Schaik
(
DIFFER
)
11:00 - 11:45
Room: NBTF 3rd floor
11:45
Characterization of Edge Turbulence and Estimation of Turbulent Diffusion at TCV Using the Thermal Helium
-
Miriam La Matina
(
ENEA
)
Characterization of Edge Turbulence and Estimation of Turbulent Diffusion at TCV Using the Thermal Helium
Miriam La Matina
(
ENEA
)
11:45 - 12:30
Room: NBTF 3rd floor
12:30
Lunch
Lunch
12:30 - 14:00
Room: NBTF 3rd floor
14:00
Linear characterization of the main microinstabilities in the scrape-off layer of RFX-mod and TCV diverted plasmas
-
Tommaso Simionato
(
University of Padua
)
Linear characterization of the main microinstabilities in the scrape-off layer of RFX-mod and TCV diverted plasmas
Tommaso Simionato
(
University of Padua
)
14:00 - 14:45
Room: NBTF 3rd floor
14:45
Synergy with TSVV-B: Updates on k-epsilon reduced turbulence models with SolEdge-HDG
-
Yakumo Kunimoto
Synergy with TSVV-B: Updates on k-epsilon reduced turbulence models with SolEdge-HDG
Yakumo Kunimoto
14:45 - 15:15
Room: NBTF 3rd floor
15:15
Synergy with TSVV-B: First look at the reduced turbulent transport modeling of SOLEDGE simulations of COMPASS.
-
Olivier Renders
(
LPP-ERM-KMS
)
Synergy with TSVV-B: First look at the reduced turbulent transport modeling of SOLEDGE simulations of COMPASS.
Olivier Renders
(
LPP-ERM-KMS
)
15:15 - 15:45
Room: NBTF 3rd floor
15:45
Preliminary results no the ASTRA-SPLEND1D modeling
-
Fulvio Auriemma
(
Consorzio RFX
)
Preliminary results no the ASTRA-SPLEND1D modeling
Fulvio Auriemma
(
Consorzio RFX
)
15:45 - 16:15
Room: NBTF 3rd floor
16:15
Coffee break
Coffee break
16:15 - 16:45
Room: NBTF 3rd floor
16:45
Synergy with WPTE
-
Nicola Vianello
(
ENEA
)
Synergy with WPTE
Nicola Vianello
(
ENEA
)
16:45 - 17:15
Room: NBTF 3rd floor
17:15
Cross-code, cross-model validation of boundary turbulence in a low-density plasma
-
Maurizio Giacomin
(
ENEA
)
Cross-code, cross-model validation of boundary turbulence in a low-density plasma
Maurizio Giacomin
(
ENEA
)
17:15 - 18:00
Room: NBTF 3rd floor
Tuesday, 3 November 2026
09:00
Synergy with TSVV-H
-
Michele Marin
(
EPFL
)
Synergy with TSVV-H
Michele Marin
(
EPFL
)
09:00 - 09:30
Room: NBTF 3rd floor
09:30
Synergy with TSVV-C: Separatrix data database for integrated modelling
-
Daniel Told
(
IPP
)
Synergy with TSVV-C: Separatrix data database for integrated modelling
Daniel Told
(
IPP
)
09:30 - 10:00
Room: NBTF 3rd floor
10:00
Synergy with TSVV-A: Core/edge reduce transport models (TBC)
-
Tobias Görler
(
Max Planck Institute for Plasma Physics
)
Synergy with TSVV-A: Core/edge reduce transport models (TBC)
Tobias Görler
(
Max Planck Institute for Plasma Physics
)
10:00 - 10:30
Room: NBTF 3rd floor
10:30
Coffee break
Coffee break
10:30 - 10:45
Room: NBTF 3rd floor
10:45
Improved and Self-Consistent Gyrofluid Model for plasma turbulence in the edge of magnetic confinement fusion devices
-
Tommaso Berteotti
(
University of Padua
)
Improved and Self-Consistent Gyrofluid Model for plasma turbulence in the edge of magnetic confinement fusion devices
Tommaso Berteotti
(
University of Padua
)
10:45 - 11:30
Room: NBTF 3rd floor
11:30
Meeting summary and publication plan
Meeting summary and publication plan
11:30 - 12:00
Room: NBTF 3rd floor