Innovación Sin Barreras
215. Computación cuántica y qubits: ¿Estamos listos para el futuro? | Juan José (JJ) Miranda (NTT DATA)
Jan 15, 2025
In this discussion, Juan José (JJ) Miranda, Director Digital of Technology Innovation Lab Blockchain/DLT at NTT DATA and a quantum computing expert, unpacks the revolutionary potential of quantum technology. He explains the distinct differences between quantum and traditional computing, emphasizing its implications for cryptography and industries. Listeners will discover the intriguing Willow chip from Google, the challenges in quantum programming, and the impact of these advancements on everyday life and business. Prepare to rethink the future of technology!
54:47
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Quick takeaways
- Quantum computing, utilizing qubits and superposition, can solve complex problems exponentially faster than traditional computing methods, revolutionizing various industries.
- The rise of quantum computing presents challenges to current encryption methods, necessitating the development of post-quantum cryptography to secure sensitive information.
Deep dives
Quantum Interlacement Principle
The law of quantum entanglement suggests that particles can instantaneously affect each other regardless of distance or time, implying a link that operates faster than light. This phenomenon is demonstrated by data centers over 5,000 km apart with minimal delays, showcasing the potential for future advancements in quantum connections. By 2035, the aim is to integrate this technology within chips, enhancing computational capabilities. Such advancements could revolutionize the way information is processed and shared globally.
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