AMO physics-based platforms and techniques are some of the most promising systems for the development of quantum simulators, quantum sensors, and interface technologies. Much of this progress owes to the fact that AMO systems can be precisely controlled, and precisely characterized. This school will provide a pedagogical and advanced graduate-level introduction to some of the topics and algorithms.
49th Assembly of Polish Physical Society (Zjazd Fizyków Polskich)
ZFP is a biannual assembly of Polish physicists organized by The Polish Physical Society. The event will be held in Katowice from 5th to 11th September 2025. As the “Quantum” is inherently inscribed into contemporary physics, all sessions will cover a broad range of topics connected to quantum science.
Quantum Week
Quantum Week will take place at the Palais de la Découverte, in Paris, from September 23 to 28, 2025. The week is entirely dedicated to quantum science and technology, with experiments, board games, exhibitions, and conferences. A unique opportunity for all ages to discover the mysteries of quantum science.
This week is brought to you by DIM QuanTiP, PCQT, QICS, Quantum Saclay, and SFP in collaboration with the Palais de la Découverte.
30th International Conference on Low Temperature Physics
Every single advance and insight that has led to the development of today’s quantum computers has been presented and discussed during the International Conference in Low Temperature Physics. For example, the properties of quantum gases, the development of dilution refrigeration, or the superconducting qubits.
The International Conference on Low Temperature Physics (LT30) is the main activity of the C5 commission of the International Union of Pure and Applied Physics (IUPAP). LT30 is a major event in Physics, held only every three years. LT has been regularly organized since 1946 all over the world, see here. It is a great opportunity that the organization of LT30 coincides exactly with the IYQ.
There are usually about 1000 participants and there is an exhibition for companies, where we expect major players in quantum technologies.
This time, on the special occasion of the IYQ, we have added a specific committee on quantum information and technologies. The list of speakers is found here.
The conference will include a public session with a renowned speaker, and we will organize quantum experiments on the street, including superconducting levitation and the demonstration of other quantum phenomena. Organizers have significant experience in dissemination; see, for example, this video or here.
Four major prizes will be awarded, with quite possibly a large protagonism of specific quantum science results. For example, the London and Simon prizes. London prize was awarded to Landau (LT7 Toronto 1960, Nobel 1962), Bardeen (LT8 Londres 1962, Nobel 1972), Josephson (LT12 Kyoto 1970, Nobel 1973), Abrikosov (LT13 Boulder 1972, Nobel 2003), Leggett (LT16 Los Angeles 1981, Nobel 2003), Thouless (LT17 Karlsruhe 1984, Nobel 2016), Müller and Bednorz (LT17 Karlsruhe 1984, Nobel 1987), Wieman and Cornell (LT21 Prague 1996, Nobel 2001) and Ketterle (LT22 Helsinki 1999, Nobel 2001), among other renowned scientists.
Missione Fisica
Missione Fisica is an ambitious project promoted by the National Research Council (CNR) aimed at high school students in the city of Naples. The initiative is the result of collaboration between three prestigious CNR institutes – ISASI, INO, and SPIN – operating under the Department of Physical Sciences and Matter Technologies.
The project seeks to bring young people closer to the world of scientific research by offering them a direct and engaging experience. Through a series of innovative educational events, participants are introduced to the pivotal role of the CNR as a key hub of the scientific community, both nationally and internationally. The mission goes beyond simply imparting knowledge: it aims to spark curiosity, foster a deep understanding of the value of science in contemporary society, and increase public awareness of the transformative potential of quantum science and its practical applications.
By contributing to the International Year of Quantum Science and Technologies global initiative, the project underscores the need to enhance collaboration on a global scale and to inspire a new generation of scientists and innovators who will shape the future of quantum science.
Through the synergy of science, education, and communication, Missione Fisica aspires to strengthen the connection between the research community and society at large, while highlighting
A Public Reading of Copenhagen by Michael Frayn
Performers: Skye Brandon, Kris Bratton, Elizabeth Nepjuk. With welcome remarks from Carla Orosz (Associate Professor, School for the Arts) and Steven Rayan (Professor, Department of Mathematics and Statistics; Director, quanTA Centre).
This beloved Tony Award-winning play, which premiered on Broadway 25 years ago, concerns a pivotal moment in the history of quantum physics: a trip made by one revered quantum thinker, Werner Heisenberg, to Copenhagen in 1941 to visit another, his former supervisor Niels Bohr. The exact content of the meeting between them has never fully been known, although it is understood that they discussed and debated the emergence of nuclear weapons and the ethics around it.
The play, in true quantum fashion, presents many different ways their conversation might have gone, exploring the human side of quantum at a time when quantum theory was reshaping science and when World War II was reshaping the world. This reading is produced by the Entangled Spaces Theatre Collective with support from the University of Saskatchewan Quantum Innovation Signature Area, quanTA Centre, and the School for the Arts. A Canadian Actors’ Equity Association production under the Artists’ Collective Policy. Reading Starts: 7:30 pm CST
O Ano Internacional da Ciência e Tecnologia Quântica / The International Year of Quantum Science and Technology
The event will briefly describe the International Year of Quantum Science and Technology, the main actions in Brazil and the World, and the work of researchers, professors, associates, and civil society to leverage Quantum Science and Technology in Brazil, the Americas, and the World!
- Opening on 02/05 (20 min)
- History of Physics and Quantum Mechanics (45 min)
- The Future of Quantum Technologies (45 min)
- Upcoming actions in Brazil and the Americas (15 min)
O evento descreverá brevemente o Ano Internacional da Ciência e Tecnologia Quântica as principais ações no Brasil e no Mundo e os trabalhos de pesquisadores, professores, associados e sociedade civil para alavancar as Ciências e Tecnologias Quânticas no Brasil, nas Américas e no Mundo!
- Abertura em 05/2 (20 min)
- Historia da FÃsica e da Mecânica Quântica (45 min)
- O Futuro das Tecnologias Quânticas (45 min)
- Próximas ações no Brasil e Américas (15 min)
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Celebrating 100 Years of Quantum Science at the University of Ottawa
Quantum mechanics is a cornerstone of modern physics, despite having been developed merely a century ago. Known for its remarkable precision, quantum theory explains nearly every observed physical phenomenon while challenging our understanding of reality, locality, and the nature of the universe.
Over the past fifty years, the unique properties of quantum systems—such as superposition, entanglement, and contextuality—have sparked a second quantum revolution (Quantum 2.0). This revolution has transformed information theory and fueled ambitious global initiatives to develop quantum technologies, unlocking new capabilities in sensing, communication, and computation.
To mark this historic milestone, NexQT proudly presents a school and workshop focused on advancing quantum education and research. This event will include:
Over 40 Distinguished Speakers
Leading experts from Israel, Germany, the UK, the USA, and Canada will share their latest insights.
Workshops and Lectures.
Learn about recent innovations and applications in quantum science through presentations, discussions, and opportunities for the next generation of researchers to highlight their work.
Networking Opportunities
Connect with a global community of quantum researchers, industry professionals, and fellow enthusiasts.
Topics
Artificial Intelligence–Inspired Quantum Science
Attosecond Science and Nonlinear Dynamics
Foundations of Quantum Mechanics
Quantum Computing
Quantum Communications
Quantum Sensing
Quantum Photonics
Matter Waves