The AQT draws from multiple hardware and software resources and transitioning advances in basic quantum information science research programs to the testbed where quantum algorithms can be executed and refined. We aim to move quantum algorithms beyond single, academic, proof of concept demonstrations to a broad range of informative and impactful calculations.
Our high-level goals are to:
Evaluate novel emerging technologies that can potentially complete or replace existing hardware thereby mitigating some of the discovered limitations (superconducting electronics, cryogenic FPGAs, etc.)
Partner with the full ecosystem of quantum researchers in both academia and industry to exploit synergies that advance quantum processor technology and algorithm development relevant to real work applications.
Enable the implementation of a variety of algorithms, via access to AQT quantum processors, that explore directed on demand nontrivial quantum entanglement of unprecedented scale thus accessing the unexplored frontiers of Quantum Information Science.