Professors Bob Coecke and Masanao Ozawa are leading a research team in a partnership between Quantinuum, the world’s largest quantum computing company, and Chubu University in Japan. The team will explore applications of quantum theory to models of language, meaning and psychology, with the aim of building future applications in quantum artificial intelligence. The project will focus on developing compositional models for cognition, potentially utilising the latest generation of quantum computers. The partnership builds on earlier discoveries by Coecke and Ozawa that there are parallels between quantum and cognitive systems.
Quantum Theory Applications in Language and Psychology
Professors Bob Coecke and Masanao Ozawa are set to lead a research team that will explore the applications of quantum theory to models of language, meaning, and psychology. This initiative is a partnership between Quantinuum, a quantum computing company, and Chubu University in Japan. The project aims to explore quantum computational linguistics and cognition, with the goal of building future applications in quantum artificial intelligence.
Professor Coecke has spent two decades researching categorical quantum mechanics and quantum computational linguistics. His work has been instrumental in the field of Quantum Artificial Intelligence. On the other hand, Professor Ozawa has made significant contributions to quantum information and foundations. He is known for deriving a new measurement-disturbance relation, known as Ozawa’s Inequality, which corrects the “Heisenberg Uncertainty Principle”. He has also led research into the quantum operational approach to cognitive psychology.
Quantum Computing and Artificial Intelligence
The collaboration between Quantinuum and Chubu University will focus on developing compositional models for cognition. These models could potentially take advantage of the latest generation of quantum computers. The work of Professors Ozawa and Coecke has highlighted the potential of quantum computing to revolutionise artificial intelligence.
Quantum computing could potentially be used to exploit both linguistics and cognition, areas that remain intractable to classical computing simulations. Quantinuum has been involved in the development of quantum computers and the applications and algorithms that use them. The company has been particularly interested in the application of quantum computing to areas related to cognition, such as quantum natural language processing and quantum machine learning.
Quantum and Cognitive Systems Parallels
The partnership builds on earlier discoveries by Coecke and Ozawa that there are parallels between quantum and cognitive systems. The research will explore the application of the mathematical structures of quantum theory to observed features of human language and cognition.
This work could potentially provide explanations for a range of intractable problems. For example, it could shed light on the role of context in generating meaning in text, or cognitive phenomena such as the “question order effect”.
Current Positions of the Lead Researchers
Bob Coecke currently serves as the Chief Scientist at Quantinuum and heads the company’s Oxford-based Quantum NLP & Compositional Quantum Intelligence group. He is also a Distinguished Visiting Research Chair at the Perimeter Institute for Theoretical Physics, an Emeritus Fellow at Wolfson College Oxford, and a Visiting Fellow at the Computer Science Department and the Mathematical Institute of Oxford University.
Masanao Ozawa is a Designated Professor of Mathematical Science and Artificial Intelligence at Chubu University. He is also a Steering Committee Member of Chubu University Academy of Emerging Sciences and an Emeritus Professor at Nagoya University. He has received several awards for his work, including the Mathematical Society of Japan Prize in 2008, the Commendation for Science and Technology by the Ministry of Education, Culture, Sports, Science and Technology of Japan in 2010, the International Quantum Communication Award in 2010, and the Medal of Honor with Purple Ribbon from the Cabinet Office of Japan in 2015.
“Both linguistics and cognition remain intractable to classical computing simulations, but both are amenable to being fully and responsibly exploited by quantum computing. Quantinuum supports transformative work at every stage in the development of quantum computers and the applications and algorithms that use them. Fields like AI have long been synonymous with advances in quantum computing and Quantinuum has established itself as the world-leader in the application of quantum computing to areas related to cognition, such as quantum natural language processing and quantum machine learning.”
Ilyas Khan, Founder and Chief Product Officer of Quantinuum.
Fast Summary
Professors Bob Coecke and Masanao Ozawa are set to lead a research team in a multi-year project exploring the application of quantum theory to models of language, meaning and psychology, with the aim of advancing quantum artificial intelligence. The partnership will build on their previous discoveries of parallels between quantum and cognitive systems, potentially providing solutions to complex problems such as the role of context in generating meaning in text and cognitive phenomena like the ‘question order effect’.
- Professors Bob Coecke and Masanao Ozawa are leading a research team to explore applications of quantum theory to models of language, meaning, and psychology.
- The project is a partnership between Quantinuum, a leading quantum computing company, and Chubu University in Japan.
- The research will focus on quantum computational linguistics and cognition, with the aim of building future applications in quantum artificial intelligence.
- Professor Coecke has a background in categorical quantum mechanics and quantum computational linguistics, while Professor Ozawa is known for his work in quantum information and foundations.
- The collaboration will develop compositional models for cognition, potentially utilising the latest generation of quantum computers.
- The project builds on previous discoveries by Coecke and Ozawa that suggest parallels between quantum and cognitive systems.
- The research could provide explanations for complex problems, such as the role of context in generating meaning in text, or cognitive phenomena like the “question order effect”.
- Ilyas Khan, Founder and Chief Product Officer of Quantinuum, believes that quantum computing has the potential to revolutionise artificial intelligence.
Read More.
