Science Friday
What’s Next For Quantum Computing In 2025?
Feb 5, 2025
Dr. Shohini Ghose, a leading quantum physicist and professor at Wilfrid Laurier University, discusses the exciting advancements in quantum computing as we approach 2025. She highlights Google's groundbreaking achievement that solved a complex problem in minutes and explains how traditional and quantum computing will coexist. Ghose also examines the global investment race in quantum technology and its implications for fields like cryptography and everyday encryption, emphasizing the transformative potential that lies ahead.
18:22
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Quick takeaways
- Quantum computing utilizes qubits to process complex information much faster than traditional computers, indicating a paradigm shift in computational capabilities.
- Recent advancements in quantum technologies raise important cybersecurity concerns, particularly regarding the future of encryption and digital security systems.
Deep dives
Understanding Quantum Computing
Quantum computing represents a revolutionary shift in computing paradigms, moving beyond traditional binary systems to incorporate quantum bits or qubits. Unlike regular computers that operate strictly with zeros and ones, qubits can exist in states of both possibilities and superpositions, enabling the exploration of a broader range of potential outcomes. This unique characteristic allows quantum computers to tackle problems more efficiently, as they assess multiple calculations simultaneously through a probability wave approach. By effectively controlling these superpositions of qubits, quantum computing offers powerful advantages in processing complex information.
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