The article details research at the National Institute of Standards and Technology (NIST) focused on connecting quantum computers into a network, rather than a formal industry standard. Led by scientist Tasshi Dennis, the project seeks to demonstrate how superconducting quantum computers can work together, moving beyond isolated units to larger systems. This work is currently in a development phase, with Dennis serving as the project leader to prove the technology functions as intended.
Although this research is vital for future large-scale quantum computing, widespread adoption is still estimated to be decades away. The team focuses on both the technical engineering and training the next generation of scientists to handle these devices. The project represents a practical step toward real-world quantum applications, highlighting the transition from theoretical physics to practical engineering.
Keywords: Kolsky bar, additive manufacturing, superconducting quantum computers
