TURING

Trustworthy Unified
Robust Intelligent
Generative Systems

TURING

A pioneering European project that advances trustworthy and robust AI to model complex physical systems. It bridges artificial intelligence, physics, and engineering to create foundation models capable of simulating real-world dynamics across domains such as nuclear energy, particle physics, and meteorology. Through international collaboration and compliance with EU AI regulations, it promotes safe and impactful AI innovation.​

01

What We Do

Develop advanced AI models to simulate complex physical systems
faster and more accurately than traditional methods.​
Combine expertise from AI, physics, and engineering to create generative, multimodal models that capture real-world dynamics.​
Collaborate with European and international partners to deliver impactful, regulation-compliant AI solutions.​

02

Our Approach

Pre-train foundation models integrating data from diverse physical systems.​
Fine-tune them for domain-specific applications in energy, physics, and meteorology.​
Apply open and inclusive practices to ensure transparency and broad accessibility.​

03

Our Mission

Advance trustworthy and explainable AI for scientific and industrial innovation.​
Promote robust, ethical models that address key European priorities.​
Empower researchers, developers, and industries through open frameworks and shared innovation.​

Work Packages

WP1

Project Coordination

WP2

Research scope
specification

WP3

Pre-training TURING
models

WP4

Finetuning TURING models

WP5

TURING framework

WP6

Experiment realization in targeted application domains

WP7

Outreach, impact, and
social inclusion

WP8

Ethics
requirements
1.ICCS
2.EVIDEN
3.UNSPMF
4.AEGIS
5.FBK
6.SSSA
7.Zelus
8.FIS
9.RUDOLFOVO
10.DIE
11.FORTH
12.NEC
13.ITML
14.MLAI
15.ETS
16.NCOMP
17.NRG
18.USTUTT
19.STUBA
20.CERN
21.METEO
21.ETHZ
23.IIITD

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Turing Project

@Turing_project