Я его создал, как видите моя запатентованная идея ИИ-суперпозиции находит практическое воплощение на Западе:
Cambridge Quantum Computing (CQC) today announced that it has built on earlier advances in "meaning- aware" Quantum Natural Language Processing (QNLP), establishing that QNLP is quantum-native with expected near-term advantages over classical computers.
The steady growth of quantum hardware and notable improvements in the implementation of quantum algorithms mean that we are approaching an era when quantum computers might perform tasks that cannot be done on classical computers with a reasonable amount of resources in a repeatable manner, and which are important and suitable for everyday use.
In papers posted on arXiv - the scientific e-print repository, CQC's scientists provide conceptual and mathematical foundations for near-term QNLP in quantum computer scientist-friendly terms. The foundational paper is written in an expository style with tools that provide mathematical generality.
Aiming to canonically combine linguistic meanings with rich linguistic structure, most notably grammar, Professor Bob Coecke (Oxford University) and his team have proven that a quantum computer can achieve "meaning aware" NLP, thus establishing QNLP as quantum-native, on par with the simulation of quantum systems. Moreover, the leading Noisy Intermediate-Scale Quantum (NISQ) paradigm for encoding classical data on quantum hardware - variational quantum circuits - makes NISQ exceptionally QNLP-friendly.
https://www.prnewswire.com/news-releases/cambridge-quantum-computing-posts-foundational-scientific-papers-on-meaning-aware-quantum-natural-language-processing-301190038.htmlТак что в этой теме я публикую исключительно практически подтвержденные данные об ИИ.
