From medical advances to climate change and beyond, the potential applications of quantum computers are seemingly endless.
But what makes them so special, and why have countries around the world poured billions into researching this remarkable technology?
In short: quantum computing takes advantage of numbers being able to exist in multiple states at once – a phenomenon dubbed ‘superposition’. This means that problems that would take thousands of years for conventional computers to solve can be cracked in mere seconds with a quantum machine. To put it succinctly, harnessing this power could enable us to solve problems faster than ever before; revolutionizing fields such as robotics, artificial intelligence, drug development and much more.
The race for creating the world’s first working quantum computer has been fierce, attracting investments from tech giants like Google and Microsoft alongside small start-ups from all corners of the globe – each hoping to unlock this almost mythical tech before anyone else. Such has been its impact that entire universities have been set up solely dedicated to studying quantum research: China, Canada and Australia just some of the countries leading this charge.
With so much money pouring into these projects one must wonder: What is life without quantum computers? What could be unlocked if we succeed? The answers remain unknown for now, but no doubt researchers will continue their endeavors in search of unlocking greater possibilities that lie concealed behind our current reality – ready for discovery when we reach the future state of quantum computing.
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