Sign up to save your podcasts
Or
Share The Quantum Computing Race: Power, Promise, and Perils
Share to email
Share to Facebook
Share to X
Share to email
Share to Facebook
Share to X
Or
The Quantum Computing Race: Power, Promise, and Perils
Title: The Quantum Computing Race: Power, Promise, and Perils
Host: Professor Hannah Fry, Mathematician and Writer
Episode Overview:
This in-depth exploration examines the cutting-edge world of quantum computing, centered around IBM's secretive research facility and their groundbreaking Quantum System 2.
Key Segments:
1. Technical Foundation
- Explanation of quantum bits (qubits) vs classical bits
- Demonstration of IBM's Heron chip with 133 qubits
- Details about the extreme cooling requirements (near absolute zero)
2. Global Competition
- United States vs China dynamics:
* US investment of $7+ billion in R&D annually
* China's $15+ billion investment (3x other countries)
* Discussion of national security implications
* Patent leadership with China holding >50% of quantum patents
3. Security Implications
- Detailed breakdown of encryption vulnerabilities
- "Store now, decrypt later" threat scenario
- Banking sector concerns via HSBC's perspective
- National security implications
4. Protective Measures
- Quantum key distribution technology
- Single-photon communication systems
- China's quantum satellite network
- Singapore's quantum communication initiatives
Notable Interviews:
- Olivia Lanes (IBM Quantum Scientist)
- Anna Pugi (US Government Security Advisor)
- Dr. Philip Inura (HSBC Quantum Technology Head)
- Dr. Andrew Shields (Toshiba Quantum Technology)
- Professor Alexander Ling (National University of Singapore)
Production Value:
High-quality on-location filming including:
- IBM's research headquarters
- Quantum computer laboratories
- Singapore's quantum research facilities
Target Audience:
Technology enthusiasts, security professionals, and those interested in geopolitical implications of emerging technologies.
Key Takeaway:
Rather than a winner-take-all race, quantum computing represents a revolutionary scientific tool that could transform our understanding of the universe at the atomic level, while simultaneously presenting significant security challenges that require global attention and cooperation.
View all episodes
By Alberto RochaTitle: The Quantum Computing Race: Power, Promise, and Perils
Host: Professor Hannah Fry, Mathematician and Writer
Episode Overview:
This in-depth exploration examines the cutting-edge world of quantum computing, centered around IBM's secretive research facility and their groundbreaking Quantum System 2.
Key Segments:
1. Technical Foundation
- Explanation of quantum bits (qubits) vs classical bits
- Demonstration of IBM's Heron chip with 133 qubits
- Details about the extreme cooling requirements (near absolute zero)
2. Global Competition
- United States vs China dynamics:
* US investment of $7+ billion in R&D annually
* China's $15+ billion investment (3x other countries)
* Discussion of national security implications
* Patent leadership with China holding >50% of quantum patents
3. Security Implications
- Detailed breakdown of encryption vulnerabilities
- "Store now, decrypt later" threat scenario
- Banking sector concerns via HSBC's perspective
- National security implications
4. Protective Measures
- Quantum key distribution technology
- Single-photon communication systems
- China's quantum satellite network
- Singapore's quantum communication initiatives
Notable Interviews:
- Olivia Lanes (IBM Quantum Scientist)
- Anna Pugi (US Government Security Advisor)
- Dr. Philip Inura (HSBC Quantum Technology Head)
- Dr. Andrew Shields (Toshiba Quantum Technology)
- Professor Alexander Ling (National University of Singapore)
Production Value:
High-quality on-location filming including:
- IBM's research headquarters
- Quantum computer laboratories
- Singapore's quantum research facilities
Target Audience:
Technology enthusiasts, security professionals, and those interested in geopolitical implications of emerging technologies.
Key Takeaway:
Rather than a winner-take-all race, quantum computing represents a revolutionary scientific tool that could transform our understanding of the universe at the atomic level, while simultaneously presenting significant security challenges that require global attention and cooperation.