Tag Archives: Deep learning

Quantum Software - over-hyped but underestimated

Quantum software – over-hyped but underestimated

The advantages a quantum computer can offer depend on the quantum algorithms it can run and also how easily we can get data in and out of the system. Today’s hardware is still well short of the universal quantum dream and, in truth, the most often discussed benefits are still many years away. However the…

Quantum software

The central role of quantum software

Quantum thought leader Scott Aaronson reminds us that the challenge of achieving quantum advantage depends not just on breakthrough quantum hardware but also on mastering revolutionary new quantum software. Scott Aaronson is a professor of Computer Science at the University of Texas at Austin, and the founding director of its Quantum Information Center. An expert…

Quantum Strategy

Quantum strategies in the NISQ era

We are about to enter a new transitional phase in the development of quantum technology. Behind the headlines there are a diversity of strategies available for those wanting to get on board. In 2012 Caltech professor John Preskill coined the term quantum supremacy for the quest to demonstrate a calculation on a quantum device that…

Beyond digital hype – the second quantum revolution

Quantum is not a digital technology. By taking us beyond the power of binary 1 and 0, it will have a dramatic effect on business value chains and the structure of economic activity Over the last year, exciting practical progress has shown that achieving the benefits of quantum computing, quantum communications and quantum sensing is now…

Quantum Information Processing

Introduction to Quantum Information Processing

Quantum computers offer no advantage in and of themselves. Their true potential is only realised when they run new quantum algorithms. Conventional computers have benefited from 50 years of continuous development. The speed of their underlying logic gate operations will be significantly faster than the speed of quantum gate operations for the foreseeable future. Take…