A creative exploration by over 50 artists, scientists, and technologists of the absurd and powerful idea of quantum entanglement — “spooky action at a distance” where particles mysteriously and instantly exchange information across the universe in fantastical ways. Through enigmatic creations and thought experiments, we investigate the unreasonable theory of entanglement and its strange implications (teleportation, extraterrestrial communication) through objects and installations that secretly communicate and influence each other in fantastic and marvelous ways.

CETI Constellations: Uncertainty brings together artists, technologists, scientists, engineers, musicians, and hackers for collaborative creative experiments to engage with the powerful ideas and implications of quantum science and technology, celebrating 100 years since the initial development of quantum mechanics

Uncertainty

A creative exploration of the absurd and powerful ideas and implications of quantum that transformed our understanding of the universe and our interpretation of reality. Through enigmatic creations, we interpret the many structures of reality, exploring the surreal and strange notion of short-lived particles that linger through their permanent effects in the world, and try to reconcile our minds so enamored of certainty with the unsettling yet uncanny sense that perhaps all is not as clear as it seems.

Join 200+ startup founders, deep tech investors, and computing experts for a one-day conference about shaping the future of computing—from quantum computing and AI chips all the way to novel semiconductor materials and chip interconnects.

Your chance to see and meet computing start-ups from all over Europe—with a high concentration of silicon experts, several inspiring keynotes, and lots of time for networking

November 6, 2025, 1 – 7 pm @ iXCampus

The summer school “Modern Communication Networks and Quantum Technologies” (27–31 July 2025, Dilijan) celebrates Quantum Year 2025 as part of the QWAVE initiative. Organized by RAU with Radiant Minds as a co-organizer, the program features expert lectures from the General Physics and Quantum Nanostructures Department of RAU alongside interactive experiments conducted by Radiant Minds.

Tailored for schoolchildren and bachelor students, the event offers a unique opportunity to dive into quantum physics, modern communication technologies, and hands-on demonstrations, including telescope observations under the night sky. Participants will explore cutting-edge topics such as structured light and quantum communication, while enjoying creative experiments like “Alice and Bob: A Quantum Love Story” and “Starry Eyes: A Night with the Telescope.”

By combining high-level lectures, hands-on experiments, and interactive discussions, the summer school aims to inspire the next generation of scientists and strengthen Armenia’s presence in the global quantum science community.

Abstract

The theory of open quantum systems plays a pivotal role in our understanding of the Universe, bridging various fields spanning quantum information and thermodynamics to measurement and decoherence. In this talk, I will attempt to cover some of the key historical milestones in the development of the theory, tracing its evolution from fundamental principles to modern-day applications. I will then present some aspects of my own research, with a particular focus on the relevance of open quantum systems to quantum technologies.

Biography

Graeme Pleasance is a postdoctoral researcher in the Quantum@SUN group at Stellenbosch University, led by Prof. Francesco Petruccione. He graduated with an MSci in Theoretical Physics from the University of Birmingham in 2013 and received his PhD from the University of Sussex in 2018. From 2018 to 2022, he held a postdoctoral research position in the Quantum Research Group at the University of KwaZulu-Natal. His research interests lie broadly in the theory of open quantum systems, quantum thermodynamics, and quantum information. Currently, he is working on the development of nonperturbative techniques for treating strongly-coupled open quantum systems, with applications to nonequilibrium thermodynamics.

Psiket’s “Quantum Computers Hardware” course is an intensive training program offered by Sharif University of Technology’s Quantum School, Psiket. Designed to introduce participants to principal quantum hardware platforms and equip them with both the theoretical foundations and practical insights needed to assess each platform’s physical principles, advantages, challenges, and real-world applications. Beginning on the thirty-first of July, 2025, this course takes place every Thursday and Friday from 09:00 to 11:00 (Iran Standard Time) and guides learners through:

• Superconducting
• Photonics
• Trapped ion
  

The course is ideal for master’s and doctoral students in physics, electrical engineering, photonics, and computer science, as well as anyone with a strong scientific background in physics or engineering.

Psiket’s “QRNG Technology; Fundamentals & Methods” course is an intensive, hybrid training program offered by Sharif University of Technology’s Quantum school, Psiket. It is designed to equip participants with both the theoretical foundations and practical skills needed to generate and rigorously evaluate truly random numbers using quantum phenomena. Starting on the second of August, 2025, this course takes place every Saturday, Monday, and Wednesday from 17:00 to 19:00 (Iran Standard Time) .

Program

• The fundamentals and classification of random number generators
• Examination of quantum random number generator technologies
• Rigorous evaluation techniques for certifying randomness quality
  

The course is ideal for master’s and doctoral students in physics, electrical engineering, photonics, and computer science, as well as anyone with a strong analytical background in physics or engineering.

Psiket’s “Qiskit Quantum Computing” course is an intensive, fully online training program offered by Sharif University of Technology’s Quantum school, Psiket. The course is designed to equip participants with both the theoretical foundations and practical skills needed to develop and simulate quantum algorithms using IBM’s Qiskit library. Starting on the second of August, 2025, this eight-session course takes place every Sunday and Tuesday from 17:00 to 19:00 (Iran Standard Time).

Program

• Fundamentals of Qiskit architecture,
• Basic quantum circuit construction,
• Methods for modeling and analyzing realistic noise effects in quantum hardware,
• Implementation of key quantum algorithms,
• A hands-on practical project.

This course is ideal for students (undergraduates and graduates) and professionals in engineering or basic sciences, as well as anyone with a strong analytical background.

Girls in Quantum launches Q-volution: A Global Youth-Led Celebration of Quantum Learning and Creativity

In celebration of the International Year of Quantum Science and Technology, Girls in Quantum is launching Q-volution, a free, fully virtual conference from July 28–August 1, 2025, designed to make quantum science more accessible, inclusive, and creative.

What’s happening

→ 5 days of global programming
→ Keynotes, hands-on workshops, and panels on careers & diversity
→ 24-hour hackathon
→ Q-Arts competition blending quantum and creativity
→ Speakers from OQC, Moody’s, Cornell, DRDO, TQI & more

Open to all ages and backgrounds, Q-volution is built by students, for students connecting emerging talent with industry, academia, and the arts.

🗓 July 28–Aug 1 | 🌐 Online | Free registration

This event on quantum science and technology will take place at the Faculty of Sciences, University of Medea, Algeria, on June 24, 2025. The aim of the workshop is to bring together leading scientists in the domain of quantum science and technology to discuss the latest achievements in this field. The event will provide PhD students and interested researchers with the opportunity to learn about the latest progress in the field of quantum science and quantum-based technologies. The workshop includes keynote talks and will feature a panel discussion with invited scientists renowned in the global quantum science and technology community. The event can be attended virtually (online), where participants also have the opportunity to present their work related to the workshop’s topic.