Quantum Computing: The Future of Tech?

AI has taken the world by storm, but behind the scenes another more powerful technology is being developed. Quantum computing may never achieve mainstream consumer adoption, but it does have the potential to change the world and the future of technology.

The idea of quantum computing began in the early 1980s, when physicist Richard Feynman proposed that computers should be built around quantum mechanics. Then in the 1990s, researchers began building on that theory by developing key algorithms such as Shor’s algorithm, which proved that quantum computers could break encryption far more quickly than traditional computers.

As the need for better encryption expanded to governments and the private sector, so did the research into the capabilities of quantum computing. Regular computers have bits which switch between 1 and 0. It is similar to a light switch going on and off, it is never both, only one state at a time. Quantum computing has qbits, which act like a spinning coin, where they can be heads or tails or both simultaneously, or 1, 0 or 1 and 0. Scientists realized the possibilities were nearly endless, as quantum computers could solve problems far beyond the reach of traditional machines. This potential quickly drew massive investment from corporations and governments, all racing to be part of the next major breakthrough in technology.

Today, quantum computing is still in the early stages and is mainly used by researchers, tech companies, and governments. These systems require extremely controlled environments, operating in outer space like temperatures in specialized vacuum chambers to keep quantum bits stable and prevent interference. Quantum computing has enormous potential to advance areas such as AI, Cybersecurity and Medicine in the future, and could reshape our understanding of what is possible.