That is okay, given how 2D computing has dramatically impacted all aspects of our work and personal lives so far. However, for the rest of the world, our computing is in 2D. There are exceptions in some situations where 3D modeling, visualization, and high-powered 3D CAD are used in specialized vertical applications. Transforming our 2D digital world to a 3D spatial worldįor almost all digital computing to date, tasks are done and viewed in 2D. I am not an expert on quantum computing, but from my meetings with key players working in this field, it is evident that this technology will be fundamental in driving our next 25 years of technologies forward. Quantum computers are also expected to positively impact technology by optimizing supply chains, improving traffic routing, enhancing financial portfolio management, and streamlining various processes. It will allow for breakthroughs in robotics, more precise surgical equipment and almost all digital tools needed to do our jobs more accurately and efficiently. Quantum computing will contribute to big data search processes and rapid AI and machine learning development. However, it may also disrupt privacy and cybersecurity if proper security measures are not in place. Quantum computing is expected to benefit a variety of sectors, including privacy, finance, healthcare, entertainment, and technology. It will also dramatically impact the medical world when used for new and faster drug discoveries, potential disease cures, and finding new ways to impact general health and longevity. Quantum computing is expected to dramatically change the field of AI and machine learning, leading to benefits such as hyper-personalized shopping suggestions and advanced smart home tools. Quantum computing is also in its very early stages, but it will also dramatically impact our digital world over the next 25 years. I do not doubt AI will be one of the most critical technologies that will advance and drive computing in the next 25 years. In these early stages, we are already seeing intense work on semiconductor designs and roadmaps focused on powering AI apps, solutions, and services that can power AI that we can't even imagine today. Over the next 25 years, the processors needed to power the AI revolution will increase exponentially. We are only scratching the surface of how AI will impact all aspects of our lives, as digital technology already has today. This first one is rather obvious, given the interest and impact of artificial intelligence so far. That's why I recently started thinking about what the next 25 years of digital technology would look like, and so far, I've identified three big tech trends that will shape the tech landscape during this period.
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