EXHIBITION
Prologue
Main Visual《Q-Ring》
The main visual, “Q-Ring,” was created based on the concept of photons, which are particles of light, and inspired by the physical properties of quantum particles, such as ‘superposition’ and “entanglement,” as well as the circular concept of this exhibition.
Designed by｜Yasuhito Nagahara
A City Composed of Optical Illusions (Overlay on the Venue Map)
This unique venue map features a combination of a digital map and optical illusion blocks. Before exploring this floor, experience the mysterious fluctuations of sight and experience.
Artist｜Optical Illusion Block Project(Tomoko Ohtani + Kazushi Maruya + Yuko Higaki + Sayumi Higo + Mieko Nakamura + Yuko Isogaya)
Reference Material, Documents/Books｜Pioneers of Science/Art
Yoshio Nishina, Hideki Yukawa, Shinichiro Tomonaga, Leona Esaki, Hiroshi Kawano, CTG (Computer Technique Group) and more
Prior to the Entangle Moments
First of all, we trace the footsteps of four physicists who laid the foundations of quantum mechanics in Japan and artists who were quick to respond to the new worldview brought about by science and produced innovative expressions.
Superposition, Entanglement, Measurement, Saccade-based Display
The “saccade display” is a device where human eye movements (saccades) generate images.
Experience the strangeness of quantum phenomena by engaging with the uncertainty of seeing.
Artist｜Hideyuki Ando
The Art of Entanglement
The huge 6.6-meter-wide graphic wall depicts the keywords of this exhibition in 3 layers, allowing visitors to see all the words in different colors and sizes at a glance.
Designed by｜Yasuhito Nagahara
1
Quantum Computer Art
The Birth of Quantum Bit Art
The artist and researcher collaborated closely for around six months to create their artwork using a superconducting quantum computer developed by The University of Osaka. This exhibition space showcases new ideas on quantum and art, works drawn on a 64-bit quantum chip, as well as the process of their close collaboration.
Artist｜Akihiro Kubota
2
Japan's First Quantum Computer
3 Superconducting Quantum Computer
In 2023, three domestically produced superconducting quantum computers were created by RIKEN, Fujitsu Limited and The University of Osaka. In this section, each of these quantum computers will be introduced in a hands-on exhibition using VR and LEGO®.
Artist｜RHINO STUDIOS Inc.
3
Quantum Key Distribution
Weakness Delivers Strong Security
Quantum computers will soon have the power to instantly break today’s encryption methods. Quantum Key Distribution (QKD) is a promising new technology that uses the unique properties of quantum physics to protect sensitive data and ensure absolute security. Explore how this amazing technology works—and step into the future of communication!
Art Gallery
Artist｜Akinori Goto, Takuro Osaka, Norimichi Hirakawa
4
Photon, Duality, Quantum Teleportation
An Experience of Studying the Nature of Light
What do quantum computer researchers see in their laboratories every day? In this venue, we recreate the scene as seen by optical quantum computer researchers, and everyone is welcome to take a look. Let's take a moment to move into this extraordinary world.
Artist｜Koichiro Eto + ARARE STUDIO
5
The Wonderful Nature of Photons and Photonic Quantum Sensing
Actual Experience of Entanglement of Two Photons
The Kyoto University Expo 2025 Quantum Exhibition Team will bring the experimental equipment using quantum entanglement generators to the site. This is an original device based on many years of research. A rare opportunity for visitors to actually see and experience the wonderful phenomenon of quantum entanglement in photon pairs. The potential applications of photonic quantum sensing in society will also be presented.
Artist｜Masayuki Inoue（PANTOGRAPH）+Neki inc.
6
Quantum Sensor
Precise Eyes that Gaze into the Moment
Revolutionary Quantum sensors have attracted attention in recent years. At the exhibition, we will present a sensor that can detect magnetic fields and temperature by measuring changes in the red fluorescence emitted from a pink diamond (Institute of Science Tokyo), and a spin sensor that can visualise the 'invisible' inside our bodies right now (Tohoku University).
Artist｜siro Inc.
7
Quantum Life
Quantum Phenomena in Living Systems
How do quantum effects act for life and nature? Currently, cutting-edge research connecting quantum mechanics and life sciences is gaining attention worldwide. This section presents a new interactive art created by an artist in collaboration with the Institute for Quantum Life Science, QST.
Artist｜Hideyuki Ando＋Shigenori Tanaka
8
Oceans
Deep Sea, Arctic, Earth and Life Activity
70% of the Earth's surface is ocean, 95% of which are lightless, deep waters. In this section, we explore the rich and harsh world of the Arctic Ocean and the deep sea, examining the challenges faced by scientists and the evolution of observation technologies. We also introduce the future relationship between humans and the ocean.
Artist｜Ryu Furusawa, Shinichi Takemura, Yoichi Ochiai
9
The Universe
Diverse Gaze into the Universe
Humans began by “looking” at the moon and nearby stars through telescopes and satellites. Then, with the help of huge experimental devices, we began to “learn” how it works and think more deeply and “imagine” about its nature. This exhibition introduces the activities of researchers and artists who continue to question the Universe from their unique perspectives.
Artist｜ANREALAGE, Tanegashima Space Art Festival, Joe Nishizawa, Ken Yokoi, Junya Kataoka + Rie Iwatake, Hiroyuki Moriwaki, Useless Prototyping Studio
Epilogue
Blackboard of the Universe
Mathematical formulae of superstring theory inscribed on the blackboard by physicists will be on display. Superstring theory has attracted attention as a theory that links relativity and quantum mechanics. If so, it may be “the formula that governs the universe”
A city composed of optical illusions (Looking back on the exhibition experience)
Visitors can express their impressions of the exhibition by assembling optical illusion blocks into shapes. Feel free to recreate the shapes of your favourite exhibits using the blocks and place them on the venue map to see how they look.
Artist｜Optical Illusion Block Project (Tomoko Ohtani + Kazushi Maruya + Yuko Higaki + Sayumi Higo + Mieko Nakamura + Yuko Isogaya)
Message from CERN to This Exhibition
Introducing a message from CERN and the activities of “Arts at CERN”
