biology
Cardiovascular Digital Twins
Centres of Excellence
CoE
Computational Mechanobiology
deal 2
deal ii
deal.II
dealii
dealii finite element library
dealii papers
dealii x digital twins
dealii-x
dealiiX
dealiiX giornale di brescia
dealiiX papers
dealiiX phd
dealiiX research
dealiiX vph in silico
digital human twin
digital twin
digital twin of human body
digital twin vph
digital twins
digital twins in silico medicine
exascale
exascale computing
finite element
finite element library
high performance computing
High performance computing dealiix
High-Performance Scientific Computing
HiPEAC
HiPEAC 2026
HiPEAC conference
HiPEAC26
HPC
hpc dealiiX
human digital twin
in silico
in silico community
in silico dealii
in silico medicine
in silico medicine policy
in silico vph
machine learning
materials science
mechanics science
Mechano-X
open source innovation
open source software
phd
phd High-Performance Scientific Computing
phd hpc
phd numerical algoritms
PhD Program
phd programmes science
phd unipi
phd università di pisa
polimi
polimi hpc
quantum technologies
research
ruhr bochum
ruhr hpc
Ruhr research
SIAM
siam acm prize dealii
SIAM CSE
sissa dealiiX
thematic network hpp VPH
VHT
virtual human twins
virtual human twins VPH
vph
vph dealiix
vph digital healt
vph digital twin
vph health
vph in silico
vph in silico medicine
VPH policy
vph research
vphi

February 6, 2026

dealiiX at HiPEAC 2026: Advancing Scientific Applications for the Exascale Era

Prof. Martin Kronbichler represented the #dealiiX project at the HiPEAC Conference in Kraków, contributing both with a presentation of project activities and a panel discussion…

May 30, 2025

A glimpse into the future of Exascale Computing

How do you simulate blood flowing through tiny vessels and how the surrounding tissue reacts — all at once, and fast enough for today’s supercomputers?…