In an exciting development, PASQAL has joined forces with Mila, a renowned research institute at the University of Montreal. The institute, founded by Professor Yoshua Bengio, is dedicated to AI. This collaboration marks an exploratory initiative, aiming to elevate generative modeling through quantum computing benchmarking and integration with tensor networks.
Protecting your data, now, is the best course of action to avoid today’s data being decrypted by tomorrow’s quantum computers. We call this eventuality, “Q-Day”. The day when a quantum computer of sufficient capability can break encryption.
Are today’s rudimentary quantum computers already on the verge of significant feats beyond the reach of traditional computers? Or have their capabilities been exaggerated, as practical uses for the technology recede into the future?
Quantum computing startups and deep-tech companies will be supported to advance their innovations through the NSW Government’s new $7 million Quantum Computing Commercialisation Fund.
Quantum computing has emerged as an ideal tool for identifying high-quality solutions for retail’s complex logistics challenges.
Quantum computing is a new and emerging technology that threatens to break the encryption algorithms used in cybersecurity. Currently, the world’s most advanced computers are not capable of deciphering the mathematical algorithms used to protect sensitive data and communications. It could take thousands or even millions of years before the current technology breaks encrypted data.
Quantum computing has a crucial weakness that may severely delay, if not kill outright, its chances of becoming a way of running algorithms that classical computers cannot handle: its susceptibility to noise.
Companies striving to ride the cutting edge are competing to gain benefits from emerging technologies like improved customer experience, operational efficiencies, and newly enabled use-cases.
The roadmap serves as a guide for research and development in quantum interconnects, devices that link and distribute quantum information between systems and across distances to enable quantum computing, communications and sensing.
More than 80% of respondents looking to move forward with increased commitment to quantum computing in next two to three years; more than one-third will invest at least $15M USD annually in quantum computing efforts.
