Photo by Paul Hanaoka on Unsplash
This is the first time that natural language processing has been executed on a quantum computer. Furthermore, by achieving the results without relying on quantum RAM, CQC scientists have created a path to truly applicable quantum advantage within the Noisy Intermediate-Scale Quantum (“NISQ”) era.
By using CQC’s class-leading and platform-agnostic retargetable compiler t|ket⟩TM, these programs were successfully executed on an IBM quantum computer, achieving “meaning-aware” and “grammatically informed” natural language processing - a dream of computer scientists since the earliest days of the computer age. CQC looks forward to providing further details in the near future including ways to scale the programs so that meaningfully large numbers of sentences can be used on NISQ machines as they themselves scale in quantum volume and using other types of quantum computers.
The full article with details and links to the appropriate GitHub repository is noted here.
By using CQC’s class-leading and platform-agnostic retargetable compiler t|ket⟩TM, these programs were successfully executed on an IBM quantum computer, achieving “meaning-aware” and “grammatically informed” natural language processing - a dream of computer scientists since the earliest days of the computer age. CQC looks forward to providing further details in the near future including ways to scale the programs so that meaningfully large numbers of sentences can be used on NISQ machines as they themselves scale in quantum volume and using other types of quantum computers.
The full article with details and links to the appropriate GitHub repository is noted here.
IonQ Achieves Industry Leading Performance on Next Generation Barium Qubits