BRIDGING THE GAP BETWEEN

THE QUANTUM FUTURE AND NOW

The speed at which quantum computers can solve the world’s most complex problems is going to be a potential game-changer across virtually every industry. In fact, Nobel Laureate Bill Philips has said that “your Macbook has more in common with an abacus than it does with a quantum computer”.

This supercharged ability to tackle real-world, life-or-death problems is just around the corner.

Quantum computing is not just the latest iteration of supercomputers — it’s a fundamentally new way of computing that allows us to use infinite possibilities to solve problems that were once considered too challenging to solve efficiently.

Classical computing is based on bits, which are binary in nature (think 1’s and 0’s) but they can only be one value at a time.

Quantum computers run on tiny subatomic particles called qubits, which allow them to explore infinite possibilities at the same time. This means quantum computing has the potential to address some of the most persistent problems on earth, like climate change or health care.

There’s a reason why tech giants like Google, IBM and Amazon, plus governments across the globe are investing in this space.

Quantum Computing will affect the revenue models for virtually all existing businesses and revolutionize the way we do work. In fact, a study from the Boston Consulting Group expects quantum computing to create US $850 billion in 30 years.

From businesses looking for a competitive edge to individuals who want to advance their careers — quantum could offer the answer.