Symbolic and Generative AI
for Science

Academic workshop at | SEMNATiCS 2026 | Ghent, Belgium

About the event ↓


About the workshop

The rapid advancement of Generative Artificial Intelligence (GenAI) has revolutionized various fields, including natural language processing, computer vision, and creative industries. Models such as GPT, DALL·E, and others have demonstrated the immense potential of generative AI in creating realistic, coherent, and often groundbreaking outputs across a wide range of domains. However, the application of these generative models to scientific discovery and problem-solving remains an emerging area, filled with opportunities and challenges.

Science is inherently generative: it involves creating hypotheses, designing experiments, interpreting data, and communicating results. Generative AI has the potential to augment these processes by automating routine tasks, enabling hypothesis generation, synthesizing complex information, and uncovering insights from vast datasets. Scientific data is often sparse, noisy, and domain-specific, requiring models to understand and adhere to rigorous scientific principles and constraints.

The SymGenAI4Sci 2025 workshop aims to address these challenges and explore the transformative potential of generative AI in scientific research by bringing together researchers, practitioners, and domain experts.

Where

SEMNATiCS 2026 | Ghent, Belgium

When

September 15, 2026





Workshop Format

The workshop explores innovative approaches to integrating Symbolic and Generative AI for scientific applications


Keynote

Angelo Salatino

Angelo Salatino

The topic of the keynote will be disclosed soon.


Workshop Topics

The workshop welcomes contributions on the following topics:

Symbolic and Generative AI in Science

  • Model development and adaptation for scientific domains
  • Symbolic and Generative AI for scientific discovery and innovation
  • Addressing and mitigating hallucinations and biases in generative AI
  • Evaluation and validation of generative AI models in science
  • Metrics and benchmarks for assessing generative AI in scientific applications
  • Case studies and real-world applications in scientific workflows

Symbolic and Hybrid Approaches

  • Integrating symbolic reasoning with generative AI for scientific inference
  • Ontologies, schemas, and knowledge graphs for structured scientific AI
  • Hybrid AI approaches combining generative and symbolic reasoning
  • Human-in-the-loop methods for enhancing generative AI in science
  • Open information extraction and knowledge-graph-based approaches

Tools, Resources, and Societal Impacts

  • Open-source tools, datasets, and platforms for generative AI in science
  • Societal impacts and ethical considerations of generative AI in scientific domains
  • Generative AI in education and outreach for scientific literacy

Advanced Techniques and Emerging Trends

  • Exploring multi-modal generative models for scientific applications
  • Deep learning and hybrid generative approaches
  • Schema-guided generation and structured output modeling for scientific AI


Call for Papers

We welcome original research contributions in the following categories:

Short Papers

  • Novel research contributions
    and preliminary results
  • Related to workshop topics
  • 3-6 pages excluding references

Full Papers

  • Novel research contributions
    of extended length
  • Related to workshop topics
  • 7-12 pages excluding references

Demo Papers

  • Demonstrations of systems
    and tools
  • Related to workshop topics
  • 4 pages excluding references

All papers will be peer-reviewed by multiple researchers.
Selected papers will be published with CEUR.
All papers should follow the 1-column CEUR format:

Overleaf template LaTeX and DOCX templates


Important Dates

  • Submission papers: June 25, 2026
  • Notification of acceptance: July 30, 2026

(All deadlines are midnight Anywhere on Earth time.)



Organizing Committee

The organizing committee comprises experts in the fields of generative AI and Semantic Web.

Sanju Tiwari

Sanju Tiwari

Sharda University Delhi-NCR India & TIB Hanover Germany

Jennifer D'Souza

Jennifer D'Souza

TIB Hanover, Germany

Daniil Dobriy

Daniil Dobriy

WU Vienna, Austria

Sören Auer

Sören Auer

Leibniz University of Hannover and TIB, Germany



Program Committee

Tentative Program Committee members with expertise in the field.

  • Angelo Salatino, The Open University, UK
  • Amna Dirdi, Birmingham City University, UK
  • Davide Buscaldi, Université Paris 13, France
  • Hamed Babaei Giglou, TIB Hanover, Germany
  • Patience Usoro Usip, University of Uyo, Nigeria
  • Azanzi Jiomekong, University of Yaounde, Cameroon
  • Disha Purohit, TIB, Germany
  • Francesco Osborne, The Open University, UK
  • Lars Vogt, LIB, Bonn, Germany
  • Allard Oelen, TIB, Hanover, Germany
  • Carlos FEnguish, UAT Mexico
  • Fernando Ortiz-Rodriguez, UAT Mexico
  • Meriem DEZZAR, University of Khenchela, Algeria
  • Fatma Chamekh, French National Survey, France


Contact Us

Address

Vienna, Austria

Contact Person

Sanju Tiwari