In order to create new materials for electric car batteries that are safer, lighter, and more cost-effective, Volkswagen inked a contract with the Canadian Technology Quantity Company.
Volkswagen will use its experience to lower their computational costs and hasten the adoption of quantum computers within the search and development teams of electric car batteries. The Toronto technology company focuses its headquarters on optical computers and the development of open source programmes to learn quantum machine and simulate quantum optical devices.
Volkswagen’s head of innovation, Dr.
“Through its new car strategy, Volkswagen enters a new area, especially when it comes to exploring opportunities along the battery value chain, the high-performance materials and electrochemical operations of the next generation are the main components of our goals New,” said Nikolai Ardi in reference to the agreement.
Volkswagen now has access to technologies that will help it create more realistic simulations and research mathematical issues. This new cooperation also supports the automaker’s ambition to become a programme and data supplier.
Volkswagen and the Canadian government are collaborating on an experimental project to accelerate the country’s shift to electric vehicles, and the German company’s insistence on working with quantum technology firms is a result of the Canadian government’s significant investments in this area, which have turned Canadian businesses into global leaders in recent years.
Volkswagen and Zanado have already taken part in a number of research projects including material science and battery technology, laying the groundwork for the program’s long-term research trajectory.
According to the new agreement, the two companies will work together to develop advanced quantum algorithms to simulate batteries, and calculations and simulation will be treated by xanadu quantum computers from the next generation tolerant with errors..
Volkswagen creates electric vehicle batteries using “quantum technology.”
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