The Quantum Club at the University of Calgary is proud to have been selected to organize a Qiskit Fall Fest 2025 in collaboration with IBM Quantum.

Lead organizer: Sabahuddin Ahmad
Assisted by: Gaurav Shukla, Ashwin Sivakumar, Vikrant Kumar, Sharanya Chougule

Qiskit Fall Fests are student-led events held at universities around the world to strengthen local quantum computing communities, foster collaboration among students, researchers, and industry, and promote the exchange of knowledge on the latest developments in quantum computing and technology. Each year, IBM selects a limited number of student teams globally to host these events and in 2025, our team at the University of Calgary is part of this exciting international lineup.

Our Qiskit Fall Fest will take place from October 27 to November 2, 2025, on the University of Calgary main campus, featuring:

1. IBM lecture on “Quantum and Qiskit 101”: Introduction to quantum computing concepts and hands-on basics using IBM’s Qiskit framework.
2. Basic Quantum Algorithms with Qiskit workshop: Practical session exploring foundational quantum algorithms on quantum simulators using Qiskit.
3. Lab Tours: Guided visits to UCalgary’s quantum research and hardware facilities.
4. Quantum Trivia: A fun, interactive quiz testing your knowledge of quantum physics and quantum computing.
5. Community Meetup: Networking session connecting quantum enthusiasts, students, and professionals.
6. 24-hr Hackathon: Collaborative coding event where participants design and implement creative quantum solutions.

Participation in the HellasQCI Winter School provides a valuable opportunity to introduce individuals to key aspects of quantum communications. Practical experience will be offered in the implementation and use of Quantum Key Distribution (QKD) technologies, including both terrestrial and space-based systems. The programme is designed to facilitate networking with leading experts and stakeholders across Europe’s quantum ecosystem. Opportunities will be provided to contribute to national and cross-border collaboration efforts, while directly participating in discussions on Greece’s national roadmap for quantum technologies, within the broader context of the European Quantum Communication Infrastructure (EuroQCI) and the shared objective of advancing European quantum sovereignty.

In recent years, quantum computing has reached remarkable milestones—from scalable hardware and improved gate fidelities to high-level programming languages and even claims of quantum supremacy. Yet one of the most pressing questions remains: when—and if—quantum computers will deliver practical advantages for industry and society, especially in domains where classical high-performance computing currently falls short.

What technical hurdles must be overcome to reach this stage? Will there be sufficient financial investment and sustained interest to drive progress? And how will quantum computing compare to other emerging technologies, such as neural networks and artificial intelligence?

These questions lie at the heart of our panel discussion, which brings together leading voices to explore the future of quantum computing: visionary promise or overhyped potential?

The joint inauguration of the Ruby and Jade quantum computers will take place on November 13, 2025, from 10:00 to 12:00 (CET), in TGCC and via live streaming, in Bruyères-le-Châtel (France), in Brussels (Belgium), and in Jülich Supercomputing Centre (Germany).

The two quantum processors, installed respectively at the Très Grand Centre de Calcul du CEA (TGCC) in France and at the Jülich Supercomputing Centre (JSC) in Germany, will be presented together. Their integration forms the core of the high-performance computer–quantum simulator hybrid infrastructure developed within the HPCQS project.

This project aims to offer access to quantum computers to scientific and industrial researchers. This will foster the adoption of this new paradigm and maintain European players in the international competition of this second quantum revolution.

This triplex event will connect JSC (DE), TGCC (FR), and Brussels (BE), celebrating a significant European milestone in quantum–HPC integration.

The inauguration will be followed by national events at the Jülich Supercomputing Centre and the Très Grand Centre de Calcul du CEA, offering further insights into the systems and their applications.

The goal of this workshop is to strengthen capacities and foster collaboration around strategic initiatives at the intersection of quantum and sustainability. We will bring together local, regional, and international experts from diverse fields to define concrete actions for the community.

The meeting, organized as part of Cagliari DLAB by CRS4 in collaboration with QItaly, is part of the initiatives and events celebrating the International Year of Quantum Science and Technology and focuses on demonstrating the portable quantum node and presenting the resources and services of the quantum technology laboratory at the Casa delle Tecnologie Emergenti in Cagliari.

During the event, it will be possible to attend a practical demonstration of the Portable NMR Quantum Computer acquired as part of the Cagliari DLAB project.

A round table discussion will open the debate on the potential of quantum technologies and the new prospects they offer to public bodies, businesses, and professionals.

Finally, there will be an in-depth look at the operating principles of the recently purchased equipment, followed by a presentation of the training and mentoring activities promoted by QItaly and QWorld, and a brief overview of quantum computer programming.

This seventh event is part of a series of meetings aimed at understanding and exploring the applications of quantum technologies and offers participants the opportunity to interact with the portable quantum node by experimenting with the implementation of circuits and executing algorithms.

El evento busca fomentar la comprensión, participación e interés en la ciencia y tecnología cuánticas entre estudiantes de licenciatura y posgrado. Todo ello con un enfoque transversal de inclusión, equidad y perspectiva de género. Además, se busca la participación activa de tomadores de decisiones académicos, institucionales y gubernamentales para fomentar políticas públicas y programas de apoyo que impulsen la ciencia cuántica y la equidad en la educación superior.

In celebration of UNESCO’s International Year of Quantum Science and Technology (IYQ 2025), Assam Don Bosco University successfully organized a One-Day International Symposium on “Quantum Computing: Computing for the Next Century” on October 14, 2025, at the School of Technology, Assam Don Bosco University, Guwahati, India. The event was organized by the Quantum Technology Group, Assam Don Bosco University, in collaboration with the Departments of Electronics and Communication Engineering, Computer Applications, Computer Science and Engineering, and Mechanical Engineering. The symposium aimed to promote global awareness and engagement in quantum science, aligning with UNESCO’s vision of fostering advancements in next-generation computing technologies.

The University was honored to host Dr. Harish Sahu, Scientist ‘F’, Defence Research and Development Organisation (DRDO), New Delhi, India, as the distinguished resource person. The symposium commenced with a welcome address by Prof. Manoranjan Kalita, Director, School of Technology, who highlighted the growing significance of quantum computing and its vast research potential across diverse domains.

The event featured an insightful keynote session, technical discussions, and interactive engagements, providing participants with valuable exposure to emerging trends in quantum technologies. More than 100 participants from various academic institutions and research organizations across India actively took part in the symposium. The program was coordinated by Dr. Sanjib Kalita, Assistant Professor, Department of Electronics and Communication Engineering, and concluded with a vote of thanks delivered by Dr. Hemashree Bordoloi.

In celebration of UNESCO’s International Year of Quantum Science and Technology (IYQ 2025), the Department of Computer Applications, Assam Don Bosco University, Azara Campus, Guwahati, successfully organized a workshop on quantum optimization, followed by a hands-on session on quantum computing, on October 15, 2025. The event was held at the School of Technology, Azara Campus, in alignment with the global initiative to promote awareness and understanding of quantum science and its transformative potential.

The workshop aimed to demystify the principles of quantum mechanics and explore their applications in artificial intelligence, optimization, computing, and secure communication. Participants gained exposure to the latest developments in quantum algorithms and optimization techniques that are shaping next-generation computational paradigms.

The resource person, Dr. Nilotpal Chakraborty, Assistant Professor at IIIT Guwahati, led the sessions with in-depth discussions and practical demonstrations. Through a blend of theory and practice, Dr. Chakraborty provided valuable insights into the functioning of quantum systems, algorithmic logic, and implementation tools for quantum computing.

The workshop was convened by Dr. Moushumi Barman from the Department of Computer Applications. The event featured visual presentations, interactive discussions, and hands-on exercises, engaging students and faculty in meaningful academic interaction. The program concluded with a vibrant Q&A session that encouraged participants to reflect on the future prospects of quantum technologies in research and innovation.

2025年は、行列力学の誕生によって量子力学の研究が本格的に始まってから、ちょうど100年の節目を迎える年にあたります。本シンポジウムは、量子科学技術のこれまでの100年を振り返りつつ、量子コンピュータ、量子通信、量子計測・センシングなどの先端分野が切り拓く未来社会を展望し、あわせて産官学の交流により量子技術の社会実装を一層促進することを目的として開催いたします。

東京都文京区本郷7-3-1　東京大学 本郷キャンパス 安田講堂

International Year of Quantum Science and Technology Commemorative Symposium

The year 2025 marks the 100th anniversary of the birth of matrix mechanics, which ushered in the serious study of quantum mechanics. This symposium aims to reflect on the past 100 years of quantum science and technology, envision the future society that will be opened up by cutting-edge fields such as quantum computing, quantum communication, and quantum measurement and sensing, and further promote the social implementation of quantum technology through exchanges between industry, government, and academia.