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Hausdorff Research Institute for Mathematics (HIM)

The goal of this program is to bring together experts of Formal Mathematics, exploit their interactions, foster future collaborations, and interface them better with the mathematical mainstream. At the same time the goal is to provide a platform for junior researchers to enter Formal Mathematics. A central, unifying theme is to break down adoption barriers of formal methods in Mathematics.

Cours et évènements pour étudiants en mathématiques,    Démonstration automatique de théorèmes

Banach Center

Cours et évènements pour étudiants en mathématiques,    Théorie de l'information, fondations de l'informatique

AiML 2024 is organized by the Institute of Computer Science of the Czech Academy of Sciences, the Institute of Philosophy of the Czech Academy of Sciences and the Faculty of Arts of Charles University.

Advances in Modal Logic is an initiative aimed at presenting the state of the art in modal logic and its various applications.

University of Vienna and the Institute Vienna Circle

Mathematical Institute of the Serbian Academy of Sciences and Arts

The Novembertagung on the History and Philosophy of Mathematics is an annual international conference aimed at PhD students and postdoctoral researchers in the history, philosophy, and foundations of mathematics and related areas. The conference has a long history as a friendly event for early-career researchers in the history and philosophy of mathematics. It provides a unique platform to meet and interact with others in related areas, opening doors to potential collaborations and receiving valuable feedback. One of the main goals of the Novembertagung is to gather and connect as many young researchers from around the world as possible and to promote the study of the history and philosophy of mathematics. This year's theme is: "UNIFYING THE OLD AND THE NEW: A CROSS-SECTION OF CONTEMPORARY INVESTIGATIONS AND TRENDS IN HISTORY AND PHILOSOPHY OF MATHEMATICS". Following the guidelines of the International Commission on the History of Mathematics, this year’s theme was construed broadly to include as many interesting applications as possible. Keynote lectures will be given by José Ferreirós (Universidad de Sevilla), Vincenzo De Risi (CNRS – Laboratoire SPHERE), and Øystein Linnebo (Universitetet i Oslo).

The Organising Committee of the 34th Novembertagung;     Email.: novembertagung2023@gmail.com

history of mathematics, philosophy of mathematics, foundations of mathematics

Histoire et philosophie de la science,    Mathématiques générales et evénement multidisciplinaires

The Hausdorff Research Institute for Mathematics (HIM)

This workshop brings together leading experts in Boolean analysis, information theory, and lattices to explore the forefront of these disciplines through the talks and discussions about intriguing open problems, recent resolutions, and the evolution of innovative ideas, approaches, and techniques.

Scientific-Technical Union of Mechanical Engineering

The study of the processes in different real systems is limited to their modelling, i.e. their approximate description by creating models of these systems and processes. Systems and processes models are divided into two classes - physical and mathematical. In recent decades, it has become clear that the notion of mathematical modelling refers equally to systems of another nature - social, economic, and others. In other words, the behavior of different systems can be effectively explored using their mathematical models. It is only necessary to properly choose the appropriate mathematical apparatus. On the other hand, the range of mathematical models is extremely wide - from algebra and logic to functional analysis. This means that the regular direct contacts between engineer researchers and specialists from different fields of mathematics are very important for the advancement of science and technology. For professional mathematicians, these contacts will enable them to better target the needs of representatives of other areas of knowledge. And the more contacts there are the better. One of the most interesting problems of modern science is the development of methods and models for research and optimization of different systems. Thus knowledge is presented in a form that can be used. More and more mathematics is becoming the language of innovation and intelligent technologies and the modern industrial society.

Scientific-Technical Union of Mechanical Engineering;     Tél.: [(+359 2) 987 72 90];     Email.: office@mathmodel.eu

Basic principles of mathematical modelling, Analogy principle, Model hierarchy, Methodology of mathematical modelling, System analysis, Mathematical modelling in fundamental and applied physics, mechanics, chemistry and biology, Technological processes as objects of automation, Mathematical methods of management, Modelling of smart production technologies and systems, Virtual technologies and simulations, Information and computer technologies, Robotics, Artificial intellect, Radio electronics, Statistical and stochastic models, Neural networks, Situation modelling,

Simulation,    Réseaux de neurones et intelligence artificielle, apprentissage automatique

Mathematisches Forschungsinstitut Oberwolfach (MFO, Oberwolfach Research Institute for Mathematics)

Schloss Dagstuhl - Leibniz-Zentrum für Informatik GmbH

This Dagstuhl Seminar is dedicated to the investigation of two active areas of research, one in theoretical computer science, the other in mathematical logic. These are computable analysis on the one hand, and reverse mathematics and applied computability theory on the other. That there is a deep connection between these areas was first suggested by Gherardi and Marcone (2008) and later independently by Dorais, Dzhafarov, Hirst, Mileti, and Shafer (2016) and Hirschfeldt and Jockusch (2016). The past decade has seen this connection blossom into a rich and productive area of research, with by now many papers and several PhD theses dedicated to it. Results in this area fall into two intertwined groups: Some clarify the structure of the degrees of non-computability; some further our understanding of the precise nature of non-computability of particular computational tasks of interest. Grasping the nature of non-computability is a profound goal mirroring the quest to understand the nature of computation. Knowing the degree of non-computability of a computational task brings with it answers as to whether weaker or approximate versions of it might be solvable. This interdisciplinary development was fostered not least by the two precursor Dagstuhl Seminars on this topic. The current seminar will explore recent trends and results, open questions, and new directions of this fascinating field of research that has become known as Weihrauch complexity.