Events

Join us for a three-day workshop on nonlinear partial differential equations in Salzburg, featuring keynote talks by Giovanni Molica Bisci, Nicola Fusco, Antonio Iannizzotto, Carolin Kreisbeck, Jan Kristensen, Anastasia Molchanova, Raffaella Servadei, and Ulisse Stefanelli, alongside short contributed talks by PhD students and postdocs.

Join us at this free virtual event to explore the impact and potential of mathematics technology in post-secondary education and research. Through thought-provoking talks, practical sessions, and community engagement, you will gain insights into state-of-the-art math technology, explore future challenges and opportunities, and discover ideas and techniques you can start using right away.

This workshop encompasses three major aspects of computation within Representation Theory and Algebraic Combinatorics. One concerns the development of efficient algorithms to compute important quantities in order to understand and classify them better. This is closely related to understanding what optimality we could expect and in particular the computational complexity aspects of those problems. Their computational complexity class can also be used to understand the existence of combinatorial interpretations, in particular for major structure constants lacking positive formulas like Kronecker and plethysm coefficients. On the other hand, representation theory has seen important applications within computational complexity theory, in the context of Geometric Complexity Theory and Quantum Information Theory. Last, but not least, we will discuss the collection of “experimental” data, which helps formulate conjectures, find counterexamples and understand the behavior for some of the problems listed above.

The International Neurology Conference 2025 is a flagship hybrid event hosted by PubScholars Group on **November 15–16, 2025**, at the Hard Rock Hotel at Universal Orlando (5800 Universal Blvd, Orlando, FL) and streamed online. The conference explores **“Mind–Brain Connection: Understanding Neuroscience through Mental Health,”** aiming to integrate cutting-edge science with clinical relevance. Who Should Attend: Neurologists, neurosurgeons, neuroscientists, psychologists, rehabilitation professionals, engineers, industry leaders, students, and allied health practitioners. Important Dates: * Abstract Submission Deadline: September 15, 2025 * Registration Deadline: September 30, 2025 * Event Timing: November 15, 2025 (8 AM start) – November 16, 2025 (6 PM close) Event types: * Hybrid Event: In-person & Virtual (online). Program Highlights: * Plenary lectures on neuroplasticity, AI-assisted diagnostics, psychedelics, and ethical neuroscience * Hands-on workshops featuring VR-based rehabilitation and neurofeedback * Poster sessions presenting global research innovations * Interactive panels addressing neuroimmune interactions, AI in clinical practice, and future neurotherapeutics Target Audience: * Neurology & mental health practitioners * Academic researchers and clinicians * Industry professionals in neurotech, pharma, and digital health * Students and trainees pursuing neuroscience or clinical specialties * Healthcare leaders and policymakers Benefits for Participants: * Earn CPD credits essential for professional development * Obtain official invitation letters for visa applications * Access global networking opportunities through on-site receptions and virtual breakout rooms Registration Fees: * Keynote Speaker: $599 (early-bird) / $849 (standard) * Listener: $499 (early-bird) / $799 (standard) * Poster Presenter: $349 (early-bird) / $699 (standard) Contact Info: * Contact Person: Richard A. * Email: info@pubscholars.org * Phone/WhatsApp: +91 7042134266 * Venue: Hard Rock Hotel at Universal Orlando, 5800 Universal Blvd, Orlando, FL 32819, USA * Website: neurologyconference2025.com/ Join us in-person or online to engage with the latest neuroscience trends and drive forward advancements in neurology and mental health care.

We are pleased to announce that the 2nd Workshop on Mathematical Modeling, Analysis and Simulation of Real-World Problems (MMAS’25 FALL) will be held at Zonguldak Bülent Ecevit University (BEUN) in Türkiye on November 17, 2025. The workshop will focus on recent advances and possible future directions in the following topics: ✔ Mathematical Analysis for Fractional Differential Equations ✔ Inverse and Ill-posed Problems of Mathematical Physics ✔ Industrial Mathematics: Scientific Computing and Algorithms ✔ Hybrid Systems: New Models for the Real-World Problems MMAS'25 FALL will be organized in a hybrid format, allowing for both face-to-face and online participation. For more information and registration, please visit: https://mmas.beun.edu.tr/ Deadline for abstract submission: November 10, 2025 Deadline for registration: November 10, 2025 For inquiries, please contact: mmas@beun.edu.tr We look forward to meeting you in Zonguldak which is the one of the most important port cities of the Western Black Sea Region and has a natural beauty, where blue and rich colors of autumn embrace.

We are excited to announce the Gulf International Conference on Applied Mathematics (GICAM 2025) at GUST, Kuwait. We are honoured to welcome distinguished keynote speakers, including: - Prof. Daniele Boffi (KAUST and University of Pavia, Saudi Arabia and Italy) - Prof. Siddhartha Mishra (ETH Zurich, Switzerland) - Prof. Volker John (WIAS Berlin, Germany) - Prof. Michael Bonsall (University of Oxford, United Kingdom) - Prof. Ard Louis (University of Oxford, United Kingdom) - Prof. Jeroen Lamb (Imperial College London, United Kingdom) - Prof. Lourenço Beirão da Veiga (University of Milano-Bicocca, Italy) Publications and Proceedings: Selected papers will be published in Springer Proceedings (Open Access). Outstanding contributions will be invited for submission to a special issue of Computers & Mathematics with Applications (CAMWA). For inquiries, please contact Naveed Ahmed: gicam2025@gust.edu.kw We look forward to welcoming you to GICAM 2025 for an exciting exchange of ideas!

Time parallel time integration is a new area of research to solve large scale evolution problems in parallel. When solving such time dependent problems, the time direction is usually not used for parallelization, because the time evolution is perceived as being an entirely sequential process, numerically treated with time stepping methods. When parallelization in space however saturates, the time direction offers itself as a further direction for parallelization. The time direction is however special, because of the causality principle obeyed by time dependent problems: the solution later in time is determined by the solution earlier in time, and not the other way round. Algorithms trying to use the time direction for parallelization must therefore be special, and take this very different property of the time dimension into account. This Oberwolfach Seminar is a first to offer a complete and accessible mathematical introduction to how one can overcome this causality principle and design algorithms which integrate time dependent problems parallel in time. Deadline for application: 15 September 2025