Events

The University of Aveiro, with the support of the projects ILLIANCE and NEXUS, and the Portuguese Mathematical Society (SPM), is pleased to organize DII26, to be held from 3–7 June 2026 in Aveiro, Portugal. We warmly invite you to participate. As industries evolve amidst rapid digital transformation, the convergence of theoretical rigor, artificial intelligence, and human-centered design is unlocking new frontiers in productivity, resilience, and innovation. The conference DII26 serves as a dynamic platform for researchers, practitioners, and technologists to explore the latest advancements in industrial systems and their socio-technical impact, implemented through data-driven approaches. We mainly consider three Industrial sectors: Primary Sector: This sector involves extracting and harvesting raw materials from the natural environment. Examples include agriculture, fishing, mining, and forestry. Secondary Sector: This sector focuses on manufacturing and construction, using raw materials from the primary sector to create finished goods. Examples include factories, construction sites, and refineries. Tertiary Sector: This sector provides services to support the production and distribution of goods, as well as to consumers. Examples include retail, logistics and transportation, and healthcare. The conference brings together a multidisciplinary community to present and discuss cutting-edge developments across some topics: New Data-driven Methods Machine Learning and General AI for Industrial Innovation Data Engineering and Infrastructure for Industry Decision Support and Automation Human-Centric Data-Driven Design Ethics, Policy, and Socio-technical Implications Cross-disciplinary Methods and Emerging Technologies Products for Logistics Products for Manufacturing Prototypes and Ongoing Work from Students

The University of Aveiro, with the support of the projects ILLIANCE and NEXUS, and the Portuguese Mathematical Society (SPM), is pleased to organize DEOTIA26, to be held from 3–7 June 2026 in Aveiro, Portugal. We warmly invite you to participate. In an era driven by complex systems and data-intensive challenges, the synergy between differential equations, optimization techniques, and computational modeling plays a pivotal role in shaping scientific and technological progress. The conference DEOTIA26 serves as a premier forum for mathematicians, engineers, and interdisciplinary researchers to share novel insights, theoretical developments, and practical applications that bridge mathematics with real-world problem-solving. The event highlights the transformative power of analytical and numerical methods across diverse domains, emphasizing innovation, efficiency, and sustainability. We mainly consider three key thematic areas: Mathematical Foundations: This thematic area explores the theoretical aspects of differential equations, variational principles, and optimization theory. It focuses on analytical methods and the development of new mathematical theoretical directions. Computational and Numerical Methods: This thematic area centers on algorithmic approaches and computational strategies for solving complex differential and optimization problems. Topics include numerical simulation, machine learning-assisted optimization, and big data computational systems. Solutions and Interdisciplinary Applications: This thematic area focuses on applying mathematical tools to real-world scenarios in engineering, physics, biology, economics, and environmental sciences with special focus in Logistics and Manufacturing —demonstrating how mathematical modeling drives innovation and decision-making across disciplines.

This conference is addressed to mathematicians and mathematical physicists interested in contemporary mechanics, physics and biology and associated mathematical questions. The application of differential geometry to find new results on manifolds, relativity, hypersurfaces, N-body problem, gauge fields, geometric quantization, rotational sequences, minimal surfaces, biophysical systems, coherent states, Dirac and Seiberg-Witten monopoles, rigid body dynamics, Toda chains dynamics, geometric algebra, Kähler calculus, thermodynamics, etc. The meeting allows participants coming from different fields to share and to interchange geometrical ideas among them with the leading role of differential geometry. The contributions presented at the conference will be invited to be submitted to the series on Geometry, Integrability and Quantization or to the Journal of Geometry and Symmetry in Physics.

The UMD2026 conference aims to support the Ukrainian mathematical community while strengthening scientific ties between France and Ukraine. It provides a unique forum to exchange ideas and foster collaborations with — and within — the Ukrainian mathematical community in Europe.

Conference on Kinetic theory and Related fields in honor of Professor Yan Guo's 60th birthday

This summer school series aims at training their participants in key strategic problems in mathematics and their applications, with the core idea that theory and applications strengthen each other. The school is focused in training of young researchers whilst opening new fields for senior ones. The Hypatia Graduate Summer School will consist in two keynote courses on subjects of exceptional promise and scientific importance delivered by highly distinguished speakers in the area plus a high-level colloquium on a complementary subject. The Hypatia Graduate Summer School will be developed in an informal atmosphere based on discussions, exchange of ideas and critical analysis of results. Moreover, to honour its namesake, it is committed to work under a friendly gender perspective that highlights the role of women in mathematics and encourages and helps the participation and promotion of young female researchers at a professional level.

This third edition of the workshop aims at bringing together specialists from harmonic analysis, operator theory, and connected domains, in a unique format that facilitates all domains, provides a forum for the exchange of state-of-the-art results and triggers new research and collaborations.