As technological advancements in AI continue, we must shift our focus to quantum computing as the future. The country that takes the lead in quantum information systems will have technological and economic advantages over the rest of the world for the next half century. Here's why we cannot afford to lose the race.

In our technologically advanced world, AI has become an inevitability in the future fabric of society. However, as we continue to witness the pace and volume of concerns raised regarding the use of AI, it is clear that we need to shift our focus to quantum computing as the future. The race to achieve quantum information systems is a race that we cannot afford to lose. The country that takes the lead in quantum computing will have significant technological and economic advantages over the rest of the world for the next half century. The potential societal benefit available from quantum computing is immense, and those organizations that ignore the potential of this technology may struggle to survive. At the same time, it is crucial to recognize the risks posed by the unfettered advancement of powerful AI learning. The shift toward a digitally native Society 5.0 must be undertaken with an 'eyes wide open' approach to ensure effective risk management and enable future thinking and progressive business strategies that are digital by design. As we embrace emerging technologies, we must also establish development standards for such AI systems to address the growing societal concern about the potential risks of AI. The recent ban on ChatGPT in Italy and the open letter signed by Elon Musk and Steve Wozniak calling for a halt on the training of powerful AI systems are clear examples of the shift in mood music about AI. The race to achieve quantum computing is not just a race for technological advancements but a race for economic and societal benefits. It is a race that we cannot afford to lose. As a quantum computing evangelist, I urge organizations and governments across the world to invest in the development of quantum information systems and establish development standards for AI systems to ensure their safe and ethical use.