Quantum hardware fabricated using semiconductor and photonics manufacturing principles—bridging today’s technologies with tomorrow’s quantum systems.

Micro to Nano Solutions provides precision micro- and nano-fabrication services for quantum computing hardware, built on fabrication principles shared with semiconductor and photonic device manufacturing. Many quantum platforms—particularly superconducting, photonic, and semiconductor qubit technologies—rely on the same foundational processes used in advanced electronics and integrated photonics.

Our workflows extend semiconductor-grade fabrication to quantum devices, enabling:

• Superconducting qubit circuits fabricated with low-loss metals, controlled dielectrics, and microwave-compatible geometries 
• Photonic qubit platforms leveraging waveguides, couplers, and on-chip optical routing developed using integrated photonics processes 
• Semiconductor qubit devices based on gate-defined nanostructures, multilayer stacks, and high-quality interfaces 

We integrate high-resolution lithography, thin-film deposition, anisotropic etching, and wafer-level processing to deliver quantum devices with repeatable performance, tight dimensional control, and scalable fabrication pathways.

By applying semiconductor and photonics process discipline to quantum hardware development, M2N Solutions helps technology teams reduce fabrication risk, accelerate iteration, and align early-stage quantum devices with future manufacturing requirements.