Conferences  >  Mathematics  >  Mathematical Logic and Foundations

GEMA

Welcome to the World Maths Championship, the premier global platform for showcasing mathematical excellence and fostering a passion for mathematics among students worldwide. Powered by the Global Educational Mathematics Association (GEMA), we are dedicated to promoting mathematical literacy, problem-solving skills, and academic competition on an international scale.

Event Organizer;     Phone: [+971-527809450];     Email: contact@worldmathschampionship.com

Exam Dates: 31st July 2025 18h August 2025, Time: Exam will be available for 24hrs on 31st July and 18th August (whichever date student opted), students can start anytime between those 24hrs, but once started exam will end in its pescribed time limit of 1 hr., Duration: 60 Minutes, Mode of registration: Individually and through schools., Last Date of Registration: 27th July 2025 for 31st July Exam date and 17th August 2025 for 18th August Exam date Result: Generally, the results are announced within 3 month’s time of Last Exam Date Eligibility: For Students of Grade 1-8, Exam Fee: US$ 15, Mode of Exam: Online, Monitoring: Online proctored Exam, Number of Questions: Grade 1 – 4: 35 Questions Grade 5 – 8: 50 Questions, Study Material: There is no need to buy expensive books or study materials, all questions will be coming from existing academic curriculum/books of the students. Sample paper is also available on website. Plus we offer a mock test to students as well to get a better understanding of the exam., Date of Mock Test: 20th July 2025 00:01AM to 17th August 2025 11:00PM. A Mock test will be available between these dates for students to attempt, students can start anytime between these dates, but once started exam will end in its pescribed time limit of 1 hr., How the Exam will be Monitored: Remember this is an AI Proctored exam, System will automatically terminate exam if unusual behavior is found.,

Courses and Events for Math Students and Early Career Researchers,    Number Theory, Arithmetic

The 7th International School and Workshop on Proof Theory will be organized by Ghent University under the auspices of The Proof Society.

Following the format of previous editions, the event begins with a three-day Summer School (September 1–3) offering five tutorials on a variety of topics related to proof theory. This will be followed by a two-day Workshop (September 4–5) featuring invited lectures and contributed talks. Guided by The Proof Manifesto, this event embraces the notion of proofs in its broadest sense, welcoming participation and contributions from logic, computer science, mathematics, and beyond.

Geometry and Topology,    Courses and Events for Math Students and Early Career Researchers

University of Liverpool

This two day Colloquium aims to bring together researchers in discrete mathematics, from areas such as structural and algorithmic graph theory, extremal combinatorics, logic and foundations of Computer Science. There is a four-hour tutorial on Constraint Satisfaction Problems given by Andrei Krokhin (Durham), nine invited talks, and a session with contributed one slide pitches by junior researchers.

Constraint Satisfaction Problems, Extremal Combinatorics, Structural Graph Theory, Algorithmic Meta Theorems.

Graph Theory and Combinatorics,    Optimization Theory, Operational Research

Automated Theorem Proving,    Courses and Events for Math Students and Early Career Researchers

University of Warwick, UK, Warwick Mathematics Institute

The space of real numbers, although arguably a familiar space for people thinking mathematically, plays host to scary and intuition-defying objects such as the Cantor set and the Weierstrass function. O-minimal geometry provides a framework for studying sets and functions with tame topological and geometric properties, generalizing semi-algebraic and subanalytic geometry, while retaining key finiteness conditions. Over the years, o-minimality has had applications in a wide range of areas such as diophantine geometry, Hodge theory, theoretical computer science, combinatorics, dynamical systems, physics, and machine learning, where it has been essential to go beyond just algebraic sets while at the same time having control over complexity and structure. This conference will explore recent advances in o-minimal geometry and its interactions with other areas. Talks will cover both foundational aspects and emerging directions, highlighting new perspectives and open problems.

Email: omigawd2025@gmail.com

o-minimal geometry, logic, model theory, o-minimality

The Symposium is organised by the TSU Razmadze Mathematical Institute, the Centre for Language, Logic and Speech at the Tbilisi State University, the Georgian Academy of Sciences, the Institute for Logic, Language and Computation (ILLC) of the University of Amsterdam.

Information Theory, Foundations of Computer Science,    Linguistics

EMBL Heidelberg

The fundamental question of the role of metabolism in development has seen a revival in interest over recent years, creating the need for the first edition of this workshop in 2023. This second edition is set to reunite the community two years on, and to ensure the ongoing interactions that can propel progress in developmental metabolism. In this rapidly advancing field, metabolomic methods play a crucial role in unraveling complex processes. The workshop will again aim to bring together researchers from diverse backgrounds: developmental biology, genetics, epigenetics, ecology, physics and math, to provide the developmental metabolism community with cutting-edge research and methodologies applied across scales, insights into the latest advancements in metabolomic techniques and their application to developmental biology. New for 2025 will be an increased integration of tool development and technologies and an added focus on novel metabolomic approaches.

EMBL Events;     Email: events@embl.de

Biology,    Mathematical Physics

This meeting aims to bring together researchers working in logic and related areas, both from the UK and overseas, to share and discuss recent developments in those areas. The plenary speakers are all leaders in their respective fields, and their talks would normally cover not only their own work but also important related research in their fields. This would benefit all the participants and, in particular, junior researchers including students and postdocs. The contributed talks would benefit the speakers by giving them an opportunity to present their work to a general logic audience (outside their immediate research area) and by encouraging discussions with both senior and junior logicians.

This international colloquium will explore the lasting impact of Gottlob Frege, one of the founding figures of modern logic and analytic philosophy. Scholars from various fields, including logic, philosophy of language, and mathematics, will come together to discuss Frege’s contributions and their influence on contemporary thought.

The APMP aims to foster the philosophy of mathematical practice, that is, a broad outward-looking cluster of approaches to understanding mathematics. Relevant themes include issues in the methodology and epistemology of mathematics, history of mathematics, applications of mathematics, mathematical education, and cognitive science.

Banff International Research Station for Mathematical Innovation and Discovery (BIRS)

Information theory aims to find mathematically precise answers to fundamental questions such as how information is stored, processed, or sent reliably through noisy communication links. Towards the end of the 20th century, researchers started asking how these information-processing tasks change when information is encoded in systems exhibiting quantum-mechanical behavior. Remarkably, features of quantum mechanics such as the superposition principle and entanglement give rise to phenomena in information theory that cannot be realized with classical information-processing systems. Their discovery has led to the creation of the now thriving field of quantum information theory. A cornerstone of quantum information theory is the principle of non-additivity of information measures. Roughly speaking, non-additivity occurs if a communication resource becomes more powerful when used repeatedly or in conjunction with another resource. On the one hand, non-additivity effects are desirable as they push the limits of faithfully communicating information. On the other hand, they complicate an exact characterization of these limits in both mathematical and computational terms. Our workshop gathers experts from all areas of quantum information theory, with the goal of shedding further light on, and identifying new methods to study, the nature of non-additivity phenomena in quantum information-processing systems.