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A pale curved enclosure and adjacent panel carry European Union and EuroHPC markings.
© European Union, 2026 / photo: Sebastian Widmann — Quantum computer, Germany (18).jpg — CC BY 4.0 — https://commons.wikimedia.org/wiki/File:Quantum_computer,_Germany_(18).jpg — https://creativecommons.org/licenses/by/4.0.
Systems · Superconducting

The enclosure as part of the quantum system

An enclosure is easy to crop away when the goal is a dramatic image. Keeping it visible creates a more useful question: what does the outside of a system need to do for the people and equipment around it? This photograph documents the outer form and the institutional context of Euro-Q-Exa, without showing the processor inside. It works well beside an installation-wide view and a clearly labeled generic section diagram. Do not use the exterior to infer qubit count or thermal performance. Its contribution is to make physical integration and the boundaries of the photographed evidence visible to the reader.

Organization
IQM / Leibniz Supercomputing Centre
Image type
Photograph
Capture date
2026-01-15
Photographer / creator
© European Union, 2026 / photo: Sebastian Widmann
Reuse terms
CC BY 4.0

© European Union, 2026 / photo: Sebastian Widmann — Quantum computer, Germany (18).jpg — CC BY 4.0 — https://commons.wikimedia.org/wiki/File:Quantum_computer,_Germany_(18).jpg — https://creativecommons.org/licenses/by/4.0.

Full original frame retained; EXIF orientation normalized where present, resized without enlargement and converted to WebP. No crop or content alteration.

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Institutional markings explain a different layer of infrastructure

The close side view emphasizes the pale enclosure and European Union and EuroHPC markings. It is less revealing about internal hardware than the open view, but it records the public institutional context of the Euro-Q-Exa installation.

A major research resource can involve several kinds of responsibility: funding, procurement, hosting, operation, technical supply and scientific use. These roles should be described through their source documents. A logo establishes a visible association; it does not by itself specify the contract, ownership arrangement or contribution of every participant.

This image is useful in a sequence because it introduces the organization around the machine. After readers see service access and the full installation, they can ask how such a resource becomes available to researchers. The answer belongs in a sourced account of the program and its access model, rather than a list of assumptions based on the exterior markings.

What is directly documented here?

The visible institutional markings and their placement on the photographed enclosure. Their full administrative meaning requires another source.

Why separate supplier from operator?

They can have different responsibilities. Confusing the roles can produce inaccurate claims about who built, owns or provides access to a system.

How can this image support a useful article?

It can introduce a sourced explanation of research infrastructure, access and institutional responsibilities while retaining the January 2026 photo date.

An independent QubitWire lesson based on this image and the cited source reading. The image does not establish a performance result.

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From an open enclosure to a submitted experiment at Euro-Q-Exa →

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A tall pale equipment enclosure stands between black racks in an industrial computing-room interior.Euro-Q-Exa with its enclosure closedSame organization · IQM / Leibniz Supercomputing Centre© European Union, 2026 / photo: Sebastian Widmann · CC BY 4.0An exposed Quantum System One assembly at IBM’s Thomas J. Watson Research Center in Yorktown Heights, New York.Quantum System One at ThinkLabSame architecture · SuperconductingOnri Jay Benally (OJB Quantum) · CC BY 4.0An open copper-colored processor package held beneath laboratory equipment, with a small chip at its center.Inside an AQT processor packageSame architecture · SuperconductingAdvanced Quantum Testbed/Berkeley Lab · NQI gallery reuse permissionAn exposed gold-colored dilution refrigerator hangs in a blue-lit frame with many wires descending through its stages.Inside the SQMS Quantum GarageSame architecture · SuperconductingRyan Postel / Fermilab · NQI gallery reuse permissionA processor with three qubits and three readout cavities, fabricated at Chalmers’ Nanofabrication Laboratory in 2017.Three qubits in the palm of a handSame architecture · SuperconductingAnita Fors (Chalmers) · CC BY-SA 4.0Google’s Sycamore quantum chip on display at the Deutsches Museum in Munich. This photograph shows a museum exhibit.Sycamore on displaySame architecture · SuperconductingColdupnorth · CC BY-SA 4.0

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