To enable utility scale quantum computing we believe chip manufacturing tools and processes capable of reaching extreme atomic and isotopic purity and precision control is needed for building quantum processing units of relevant performance.
Our approach is to develop advanced ultra high vacuum based solutions for integrated circuit fabrication.
Designing hardware tools with extreme capabilities.
Optical interference alignment and quantum optical manipulation.
Process control and automation of manufacturing processes.
Understanding and controlling material kinetics and properties.
Designing the quantum processors for quantum applications.
Developing the backbone of data-driven research and development.
Our focus is on atomic precision and atomic/isotopic purity UHV manufacturing.
Based on ultra-pure atomic scale precision, we develop wafer based integrated circuits of highest quality including superconducting, semiconducting and photonic components.
