General OverviewThe image shows a 3D rendering of a conceptual model of a quantum cryostat at scale (inspired by advanced cryogenic cooling systems, such as dilution refrigerators used for quantum computers). The structure features a yellow-gold coloring and is positioned on a light blue planar base. Main Structural ElementsExternal vertical pillars: The architecture is supported by vertical columns connecting the base section to the top platform, providing stability and defining the vertical footprint of the system. Multiple cryogenic stages: At the center of the structure, several levels or concentric disks are visible at various heights. These represent the different progressive cooling stages necessary to thermally isolate sensitive quantum components. Top flange or platform: The model is topped by a flat circular disk, simulating the upper interface plane for the experimental apparatus or control electronics.

2D QUANTUM COMPUTER / ROOM-TEMPERATURE MAGNETS Hardware of a 2D quantum processor operating at room temperature.

Project Title: "Invisible Connections: Inclusion Beyond the Surface" Conceptual Description This project repurposes Electronic Circuit Board (PCB) design as a metaphor for the human mind and society. Just as a circuit requires varied pathways and specific components to function, innovation at Electrolux thrives through the diversity of thought and people. PCB ART/EXPERIMENTAL

RISONATORE ENERGETICO AMBIENTALE/ENVIRONMENTAL ENERGY RESONATOR Environmental Energy Resonator: Design and Harmony in the Palm The Environmental Energy Resonator is an experimental device. PCB ART/EXPERIMENT

Magnetic Visual Quantum Chip Emulator: is a groundbreaking artistic and experimental PCB that merges advanced electronics with the aesthetic language of quantum mechanics. Designed as a "Magnetic Visual Quantum Chip Emulator," this board is a functional piece of tech-art specifically crafted for magnetotherapy research and experimentation. Artistic visual experimental /PCB ART

An innovative PCB-based device designed to harness electromagnetic energy and low-voltage currents to naturally stimulate soil vitality and enhance plant growth. (Experimental Project, PCB ART)