The podcast explores the potential of quantum computing, including its applications in industries such as national security and finance. It discusses the integration of quantum computers into existing infrastructure and the journey of quantum computing from the lab to enterprise. The future of quantum computing and the importance of responsible leadership are also discussed.
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Quick takeaways
Quantum computing offers processing capabilities far beyond classical computers and is well-suited for solving problems in national security, finance, data processing, and materials science.
Quantum computing companies like Oxford Quantum Circuits focus on integrating quantum computing into customers' existing software and workflows, providing quantum compute as a service.
Deep dives
Quantum Computing: Unlocking Faster and More Advanced Processing
Quantum computing is a revolutionary technology that offers processing capabilities far beyond classical computers. By manipulating quantum phenomena, quantum computers can perform complex calculations and simulations much faster than traditional systems. These computers operate in extremely low energy environments, requiring advanced temperature control and shielding to maintain sensitive quantum states. Quantum computing is particularly well-suited for solving problems in national security, finance, data processing, and materials science. While quantum computers are not intended to replace everyday computers, they have the potential to address currently unsolvable problems and accelerate scientific advancements.
Quantum Computing as a Service: Integration into Existing Infrastructure
Quantum computing companies like Oxford Quantum Circuits (OQC) aim to provide quantum access through established cloud infrastructures. Rather than individuals purchasing quantum computers, OQC focuses on making quantum computing seamlessly integrate into customers' existing software and workflows. By leveraging secure data interconnects and partnerships with supercomputing centers, OQC offers quantum compute as a service. This approach allows customers to securely access the power of quantum computers without the need for extensive infrastructure investments. OQC is seeing strong demand from government sectors, finance, and industries where quantum effects and simulations play a vital role.
Challenges and Future of Quantum Computing
While quantum computing holds immense potential, there are challenges to overcome. Quantum computers require extensive security measures due to their vulnerability to attacks that could compromise encryption systems. The quantum computing industry is actively working on post-quantum cryptography to ensure data remains secure in a quantum world. Additionally, the field is heavily focused on collaboration and responsible leadership to address ethical concerns associated with quantum breakthroughs. The future of quantum computing envisions a widespread impact, from revolutionizing drug discovery and Alzheimer's research to advancing battery technologies. Investments in the quantum computing industry are crucial for driving innovation and building a brighter future.
We travel to a facility in the south of England to see one of the super-fast computers in action.
We’ll find out what quantum computing has the potential to do, what its going to take to make that a reality and importantly whether quantum businesses are making any money...