1、Quantumcomputing:Practicalguide to navigatingthe futureQuantum computing:Practical guide to navigating the futurePreface.40/Why this book?.5Exploring the“how”and“why”.6Navigating information challenges .6Co-learning and sense-making.9Three distinct time horizons .91/Why should I care about quantum c

2、omputing?10What if you could solve a previously impossible problem?.11What if you could solve a complex problem 1000 x faster?.11What if you could get better solutions?.12What if you could solve problems with 1000 x less energy?.12What if your industry will be disrupted?.13Unimaginable solutions .13

3、2/What is quantum computing?.15Three quantum technologies.16Exploring the quantum computing landscape.173/Which problems can quantum computing solve?.23Why are quantum computers powerful?.24Which problems are suitable for quantum computers?.26Demystifying quantum advantage and speed .29What are the

4、most promising applications?.32Current limitations and future potential .364/When is quantum computing ready for use?.38How can we measure readiness?.39High-level view of the evolution of quantum computing .40Quantum computing now .42Short-term future .44Mid-term future.47Long-term future and beyond

5、 .50Conclusion When will it be ready?.515/Which industries are ripe for quantum disruption?.52How can foresight unlock quantum opportunities?.53Financial services in three quantum time horizons.54Pharmaceuticals in three quantum time horizons.60Catalysing future transitions .656/How can quantum comp

6、uting create a brighter future?.68Solving complex challenges across industries .69Tackling global challenges.70From unseen challenges to unimaginable solutions.727/How can we navigate the quantum computing risks?.74Quantum computing as a security threat .75How can we build a .77quantum-safe future?.