The use of graphs and graph-like structures as a formalism for specification and modelling is widespread in all areas of computer science as well as in many fields of computational research and engineering. Relevant examples include software architectures, pointer structures, state space and control/data flow graphs, UML and other domain-specific models, network layouts, topologies of cyber-physical environments, quantum computing and molecular structures. Often, these graphs undergo dynamic change, ranging from reconfiguration and evolution to various kinds of behaviour, all of which may be captured by rule-based graph manipulation. Thus, graphs and graph transformation form a fundamental universal modelling paradigm that serves as a means for formal reasoning and analysis, ranging from the verification of certain properties of interest to the discovery of fundamentally new insights.

ICGT aims at fostering exchange and collaboration of researchers from different backgrounds working with graphs and graph transformation, either in contributing to their theoretical foundations or by applying established formalisms to classical or novel areas. The conference not only serves as a well-established scientific publication outlet, but also as a platform to boost inter- and intra-disciplinary research and to leeway for new ideas.

The use of graphs and graph-like structures as a formalism for specification and modelling is widespread in all areas of computer science as well as in many fields of computational research and engineering. Relevant examples include software architectures, pointer structures, state space and control/data flow graphs, UML and other domain-specific models, network layouts, topologies of cyber-physical environments, quantum computing and molecular structures. Often, these graphs undergo dynamic change, ranging from reconfiguration and evolution to various kinds of behaviour, all of which may be captured by rule-based graph manipulation. Thus, graphs and graph transformation form a fundamental universal modelling paradigm that serves as a means for formal reasoning and analysis, ranging from the verification of certain properties of interest to the discovery of fundamentally new insights.

ICGT aims at fostering exchange and collaboration of researchers from different backgrounds working with graphs and graph transformation, either in contributing to their theoretical foundations or by applying established formalisms to classical or novel areas. The conference not only serves as a well-established scientific publication outlet, but also as a platform to boost inter- and intra-disciplinary research and to leeway for new ideas.

The widespread use and increasing complexity of mission-critical and safety-critical systems at NASA and in the aerospace industry requires advanced technologies to address their specification, design, verification, validation, and certification. The NASA Formal Methods Symposium is a forum to foster collaboration between theoreticians and practitioners from NASA, other government agencies, academia, and industry, with the goal of identifying challenges and providing solutions towards achieving assurance for such critical systems. The focus of this symposium is on formal techniques for software and system assurance for applications in space, aviation, robotics, and other NASA-relevant critical systems. 

Topics of Interest
* Advances in Formal Methods
* Integration of Formal Methods
* Formal Methods in Practice

The use of graphs and graph-like structures as a formalism for specification and modelling is widespread in all areas of computer science as well as in many fields of computational research and engineering. Relevant examples include software architectures, pointer structures, state space and control/data flow graphs, UML and other domain-specific models, network layouts, topologies of cyber-physical environments, quantum computing and molecular structures. Often, these graphs undergo dynamic change, ranging from reconfiguration and evolution to various kinds of behaviour, all of which may be captured by rule-based graph manipulation. Thus, graphs and graph transformation form a fundamental universal modelling paradigm that serves as a means for formal reasoning and analysis, ranging from the verification of certain properties of interest to the discovery of fundamentally new insights.

ICGT aims at fostering exchange and collaboration of researchers from different backgrounds working with graphs and graph transformation, either in contributing to their theoretical foundations or by applying established formalisms to classical or novel areas. The conference not only serves as a well-established scientific publication outlet, but also as a platform to boost inter- and intra-disciplinary research and to leeway for new ideas.

The widespread use and increasing complexity of mission-critical and safety-critical systems at NASA and in the aerospace industry requires advanced technologies to address their specification, design, verification, validation, and certification. The NASA Formal Methods Symposium is a forum to foster collaboration between theoreticians and practitioners from NASA, other government agencies, academia, and industry, with the goal of identifying challenges and providing solutions towards achieving assurance for such critical systems. The focus of this symposium is on formal techniques for software and system assurance for applications in space, aviation, robotics, and other NASA-relevant critical systems. 

Topics of Interest
* Advances in Formal Methods
* Integration of Formal Methods
* Formal Methods in Practice

The use of graphs and graph-like structures as a formalism for specification and modelling is widespread in all areas of computer science as well as in many fields of computational research and engineering. Relevant examples include software architectures, pointer structures, state space and control/data flow graphs, UML and other domain-specific models, network layouts, topologies of cyber-physical environments, quantum computing and molecular structures. Often, these graphs undergo dynamic change, ranging from reconfiguration and evolution to various kinds of behaviour, all of which may be captured by rule-based graph manipulation. Thus, graphs and graph transformation form a fundamental universal modelling paradigm that serves as a means for formal reasoning and analysis, ranging from the verification of certain properties of interest to the discovery of fundamentally new insights.

ICGT aims at fostering exchange and collaboration of researchers from different backgrounds working with graphs and graph transformation, either in contributing to their theoretical foundations or by applying established formalisms to classical or novel areas. The conference not only serves as a well-established scientific publication outlet, but also as a platform to boost inter- and intra-disciplinary research and to leeway for new ideas.

The widespread use and increasing complexity of mission-critical and safety-critical systems at NASA and in the aerospace industry requires advanced technologies to address their specification, design, verification, validation, and certification. The NASA Formal Methods Symposium is a forum to foster collaboration between theoreticians and practitioners from NASA, other government agencies, academia, and industry, with the goal of identifying challenges and providing solutions towards achieving assurance for such critical systems. The focus of this symposium is on formal techniques for software and system assurance for applications in space, aviation, robotics, and other NASA-relevant critical systems. 

Topics of Interest
* Advances in Formal Methods
* Integration of Formal Methods
* Formal Methods in Practice

Established in 2016 as a workshop hosted by Zhejiang University, the CLAR series has been increasingly successful and become an international event and discussion forum in the two areas of logic and argumentation. Our aim for CLAR 2025 is to be a platform for the advancement of the existing discussions within each of the areas above, to span bridges between their different traditions, and finally to open argumentation to new applications and other areas in artificial intelligence, such as legal reasoning, explainable AI, ethical dilemmas, reasoning about uncertainty and knowledge representation, etc.

Established in 2016 as a workshop hosted by Zhejiang University, the CLAR series has been increasingly successful and become an international event and discussion forum in the two areas of logic and argumentation. Our aim for CLAR 2025 is to be a platform for the advancement of the existing discussions within each of the areas above, to span bridges between their different traditions, and finally to open argumentation to new applications and other areas in artificial intelligence, such as legal reasoning, explainable AI, ethical dilemmas, reasoning about uncertainty and knowledge representation, etc.

Established in 2016 as a workshop hosted by Zhejiang University, the CLAR series has been increasingly successful and become an international event and discussion forum in the two areas of logic and argumentation. Our aim for CLAR 2025 is to be a platform for the advancement of the existing discussions within each of the areas above, to span bridges between their different traditions, and finally to open argumentation to new applications and other areas in artificial intelligence, such as legal reasoning, explainable AI, ethical dilemmas, reasoning about uncertainty and knowledge representation, etc.

MFPS conferences are dedicated to the areas of mathematics, logic, and computer science that are related to models of computation in general, and to semantics of programming languages in particular. This is a forum where researchers in mathematics and computer science can meet and exchange ideas. The participation of researchers in neighbouring areas is strongly encouraged.

MFPS 2025 is co-located with the 11th Conference on Algebra and Coalgebra in Computer Science (CALCO). The programme will include special sessions on Quantitative Semantics, Mathematics of Natural Language, and Types and the Extraction of Correct Programs.

MFPS conferences are dedicated to the areas of mathematics, logic, and computer science that are related to models of computation in general, and to semantics of programming languages in particular. This is a forum where researchers in mathematics and computer science can meet and exchange ideas. The participation of researchers in neighbouring areas is strongly encouraged.

MFPS 2025 is co-located with the 11th Conference on Algebra and Coalgebra in Computer Science (CALCO). The programme will include special sessions on Quantitative Semantics, Mathematics of Natural Language, and Types and the Extraction of Correct Programs.

APPSA 2025, in joint collaboration with LMPST Taiwan 2025, is an international forum that brings together scholars from Asia and beyond. These conferences are designed to foster communication and collaboration among scholars working in diverse areas of the philosophy of science, the philosophy of technology, and logic. Featuring keynote talks, contributed talks, and poster sessions, this conference aims to advance the Asian tradition in the philosophy of science, the philosophy of technology, and logic, and support high-quality research in these fields. By promoting rigorous academic exchange and interdisciplinary dialogue, this conference seeks to contribute significantly to the global development of philosophical inquiry and practice.

Keynote Speakers: Michela Massimi, Sabina Leonelli, Timothy Bayne.

MFPS conferences are dedicated to the areas of mathematics, logic, and computer science that are related to models of computation in general, and to semantics of programming languages in particular. This is a forum where researchers in mathematics and computer science can meet and exchange ideas. The participation of researchers in neighbouring areas is strongly encouraged.

MFPS 2025 is co-located with the 11th Conference on Algebra and Coalgebra in Computer Science (CALCO). The programme will include special sessions on Quantitative Semantics, Mathematics of Natural Language, and Types and the Extraction of Correct Programs.

APPSA 2025, in joint collaboration with LMPST Taiwan 2025, is an international forum that brings together scholars from Asia and beyond. These conferences are designed to foster communication and collaboration among scholars working in diverse areas of the philosophy of science, the philosophy of technology, and logic. Featuring keynote talks, contributed talks, and poster sessions, this conference aims to advance the Asian tradition in the philosophy of science, the philosophy of technology, and logic, and support high-quality research in these fields. By promoting rigorous academic exchange and interdisciplinary dialogue, this conference seeks to contribute significantly to the global development of philosophical inquiry and practice.

Keynote Speakers: Michela Massimi, Sabina Leonelli, Timothy Bayne.

MFPS conferences are dedicated to the areas of mathematics, logic, and computer science that are related to models of computation in general, and to semantics of programming languages in particular. This is a forum where researchers in mathematics and computer science can meet and exchange ideas. The participation of researchers in neighbouring areas is strongly encouraged.

MFPS 2025 is co-located with the 11th Conference on Algebra and Coalgebra in Computer Science (CALCO). The programme will include special sessions on Quantitative Semantics, Mathematics of Natural Language, and Types and the Extraction of Correct Programs.

APPSA 2025, in joint collaboration with LMPST Taiwan 2025, is an international forum that brings together scholars from Asia and beyond. These conferences are designed to foster communication and collaboration among scholars working in diverse areas of the philosophy of science, the philosophy of technology, and logic. Featuring keynote talks, contributed talks, and poster sessions, this conference aims to advance the Asian tradition in the philosophy of science, the philosophy of technology, and logic, and support high-quality research in these fields. By promoting rigorous academic exchange and interdisciplinary dialogue, this conference seeks to contribute significantly to the global development of philosophical inquiry and practice.

Keynote Speakers: Michela Massimi, Sabina Leonelli, Timothy Bayne.

MFPS conferences are dedicated to the areas of mathematics, logic, and computer science that are related to models of computation in general, and to semantics of programming languages in particular. This is a forum where researchers in mathematics and computer science can meet and exchange ideas. The participation of researchers in neighbouring areas is strongly encouraged.

MFPS 2025 is co-located with the 11th Conference on Algebra and Coalgebra in Computer Science (CALCO). The programme will include special sessions on Quantitative Semantics, Mathematics of Natural Language, and Types and the Extraction of Correct Programs.

The event The Syntax and Semantics of Formalisations in Philosophy aims to explore the relationship between formal methods and philosophical inquiry, focusing on the challenges, debates, and implications of formalising philosophical concepts.

The conference will feature four keynote talks and eight contributed presentations mainly across three main topics: 1. The Feasibility and Challenges of Formalising Philosophy, 2. Pros and Cons of Using Formalisations in Philosophy, and 3. Conceptual Pluralism and Choosing the Right Formalisation.

The event The Syntax and Semantics of Formalisations in Philosophy aims to explore the relationship between formal methods and philosophical inquiry, focusing on the challenges, debates, and implications of formalising philosophical concepts.

The conference will feature four keynote talks and eight contributed presentations mainly across three main topics: 1. The Feasibility and Challenges of Formalising Philosophy, 2. Pros and Cons of Using Formalisations in Philosophy, and 3. Conceptual Pluralism and Choosing the Right Formalisation.

The biennial International Conference on Deontic Logic and Normative Systems (DEON) conference series aims at bringing together researchers interested in the formal study of normative concepts, normative reasoning, and normative systems using methods from computer science, artificial intelligence, philosophy, linguistics, mathematics, and law. The series particularly aims at fostering interdisciplinary collaboration that combines methods from these various fields.

In addition to the general themes of the DEON conference series, DEON 2025 encourages the submission of papers on the special theme of Normative AI. The central aim of Normative AI is to ensure that AI systems make morally, legally, and socially acceptable decisions. As AI becomes increasingly important to human society, it is crucial to ensure that these technologies have a positive and responsible impact. This highly interdisciplinary field involves the evaluation and development of theories, formal frameworks, and algorithms, integrating both symbolic and sub-symbolic AI methods.

ECOOP is Europe’s longest-standing annual Programming Languages conference, bringing together researchers, practitioners, and students to share their ideas and experiences in all topics related to programming languages, software development, systems and applications. ECOOP welcomes high quality research papers relating to these fields in a broad sense. ECOOP was originally focused on object orientation, but now includes all practical and theoretical investigations of programming languages, systems and environments. ECOOP solicits innovative solutions to real problems as well as evaluations of existing solutions.