The University of Latvia will host an 8-hour-long in-person quantum workshop, “My Photonic Ship,” led by Dr. Abuzer Yakaryilmaz from the University of Latvia, as part of the Latvian Quantum Initiative project.

During the workshops, high school students will explore quantum superposition, conduct photon experiments using simulators, engage in mathematical and philosophical discussions, and develop a video game integrating quantum superposition. Through these activities, the participants will gain hands-on experience with quantum computing principles and their creative applications.

An interdisciplinary conference organized by the Faculty of Arts and the New Technologies Research Centre of the University of West Bohemia in Pilsen will take place on 15 October 2025, from 10:00 to 18:00, in the Diocesan Hall of the Bishopric of Pilsen (nám. Republiky 234/35, Pilsen).
The aim of the conference is to articulate key philosophical questions within contemporary interpretations of quantum physics, thereby contributing to the clarification of fundamental physical concepts and to a deeper understanding of quantum phenomena.
The event is conceived as a platform for dialogue among experts in quantum physics, philosophy of science, epistemology, and logic, while also welcoming all those who do not take common notions of space, time, causality, truth, or information for granted.

The year 2025, recognized by the United Nations as the International Year of Quantum Science, marks a turning point for science and innovation. Quantum computing has moved beyond being a distant research topic and now stands at the center of discussions about the future of technology. More than just faster machines, it represents a paradigm shift with the potential to redefine entire sectors, from personalized medicine to finance, from energy transition to cybersecurity, and even economic and geopolitical leadership.
In this talk, we will present in a clear and inspiring way what makes quantum computing unique, the challenges and opportunities it brings, and above all, how this revolution opens space for new careers and professional profiles. Beyond technical experts, the future will demand interdisciplinary professionals capable of translating scientific breakthroughs into real impact for businesses, governments, and society. This is the moment to understand how to strategically position yourself in the face of a transformation that not only accelerates computation but also redefines the pace of history.

The year 2025 has been declared by the United Nations as the Year of Quantum, and quantum computing is no longer just a futuristic concept; it is becoming the next great technological revolution. Beyond sheer speed, it introduces a new paradigm of thinking, capable of transforming areas such as healthcare, finance, energy, artificial intelligence, and digital security.
In this talk, we will explore in an accessible way what quantum computing is, the impact it will have on the world, and, most importantly, how it is opening doors to the careers of the future with extraordinary opportunities. More than physicists and engineers, the future will require hybrid professionals, those who can bridge science, business, and society, to lead this new era.
Get ready to understand how to position yourself in the market in the face of a technology that promises to accelerate not only calculations but also the very history of humanity.

In this talk, we explore quantum optimization algorithms through the lens of quantum dynamics, with a focus on their application to practical challenges in energy management systems. We will highlight how quantum techniques—such as adiabatic evolution and quantum Hamiltonian descent—can be integrated with classical optimization frameworks to enhance decision-making in complex energy system operations. The talk will also introduce accessible quantum optimization software platforms that support hybrid quantum-classical workflows, enabling users with limited quantum expertise to model and solve energy optimization problems.

The Quantum Information Science and Technology (QIST) Symposium will bring together researchers, industry leaders, and policymakers to cover topics ranging from the exploration of the current state and future of quantum computing and sensing and workforce development, focusing on emerging tools for the research community and how we can best prepare students for a quantum-ready workforce.

Co-hosted by Quantum Design & National Physical Laboratory
Sponsored by Physics World, Lake Shore Cryotronics and the Gordon and Betty Moore Foundation

Wednesday, November 12 and Thursday, November 13, 2025

The Magneto-Optics in Quantum Light and Matter conference is an intensive two-day event dedicated to exploring the forefront research in magneto-optics – spotlighting its latest advancements in the study of quantum light, quantum states of matter, and light-matter interaction in low-dimensional materials, especially phenomena emerging at experimental extremes (high magnetic fields, cryogenic temperatures, ultrafast timescales, and nanoscale spatial resolutions), while sparking new ideas and collaborations.

Participants are welcome to join the guided tours of the Qlimate (Quantum Light and Matter at Extremes) facility featuring the Quantum Design OptiCool and to other state-of-the-art quantum metrology laboratories within the Quantum Metrology Institute and the newly established Institute for Quantum Standards and Technology at the National Physical Laboratory. The conference will provide a unique opportunity to engage directly with the Quantum Design Q-Works team, innovators of the OptiCool system, and discover how state-of-the-art instrumentation is driving the future of measurement science and quantum technologies.

This two-day event celebrates the International Year of Quantum Science and Technology by bringing together leading scientific experts, students, institutional leaders from government labs, academia, and industry, funding agencies, Congress representatives, and the public to reflect on the latest advances and future directions in quantum science, technology, and applications. Hosted at Fermilab, headquarters of the SQMS Center, a Department of Energy National Quantum Information Science Research Center, the event will feature two days of lectures, tutorials, keynote talks, panel discussions, breakout technical sessions, poster sessions, interactive laboratory tours, live demonstrations, and public celebrations highlighting the latest advances in quantum computing, communication, and sensing. Friday evening, December 5, will conclude with a quantum-inspired art program and a public lecture from a distinguished QIS leader.

We welcome students and professionals to apply to participate in this two-day event to learn about the state of the art and the future of quantum information science and technology. Participants will engage in training, career development opportunities, and poster sessions.

Industry, academia, national labs, quantum centers, and other QIS institutions are invited to host a booth and showcase their work in quantum on Friday, December 5. The showcase component aims to raise awareness of the importance of quantum information science and to demonstrate the richness of the quantum ecosystem.

La Universidad de los Andes, en colaboración con IBM Quantum, te invita a participar en el Qiskit Fall Fest 2025, un evento gratuito diseñado para acercar a estudiantes y entusiastas a la computación cuántica.