Need a quantum computer without triggering the IBM vs Google fan-wars? Here’s a clean, brand-agnostic dilution-refrigerator stack built entirely in Blender (4.1).

The model captures the iconic tiered copper plates, stainless-steel support rods, and spiral wiring looms typical of today’s superconducting qubit systems—recognisable enough for scientists, but generic enough for legal peace of mind.

**Purpose** Designed for scientific communication, educational demos, keynote backgrounds and tech-savvy motion graphics. Looks great as a mid-shot or silhouetted hero; holds up for moderate close-ups with a quick material tweak.

**Geometry** Single mesh hierarchy, no deform rigs. Subdivision-friendly topology. not optimized for game engines.
Materials: Simple Principled BSDF nodes (copper-gold alloy & brushed steel). Ready for Eevee or Cycles; swap in your PBR maps if you need fingerprints.

**Performance** Lightweight enough to scatter a dozen in the background of your “future quantum data-centre” scene without smoking your GPU.

**License** CC-0. Use it, tweak it, break it, brag about it—just don’t claim the qubit count is NISQ-ready.

Because sometimes your storyboard screams “127 qubits of superconducting coolness,” but your deadline screams “drag-and-drop asset.” Enjoy!