Tech Life Quantum question time
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Jul 15, 2025 Yashna Lekai, a hardware engineer at the UK's National Quantum Computing Centre, dives deep into the transformative world of quantum computing. She discusses its revolutionary potential across diverse fields, from particle physics to logistics. The episode explores how quantum technology tackles data challenges and enhances AI's capabilities. Yashna also sheds light on advancements in AI voice technology, focusing on inclusivity in accents. Listeners are treated to fascinating insights on future data transmission technologies and the impact of all-photonic networks.
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Quantum Superposition Powers Computing
- Quantum bits or qubits can be both one and zero simultaneously, allowing parallel exploration of solutions.
- This property may enable quantum computers to solve certain problems much faster than classical computers.
Quantum Computing Energy Potential
- Quantum computers might reduce energy use by executing processes faster or more efficiently.
- They are likely net energy beneficial as they help solve complex problems like battery design.
Qubits Encode Complex Molecules
- Complex molecules like water or caffeine require many qubits to encode their states.
- Classical computers cannot currently simulate such molecules at the quantum level, underscoring quantum computers' unique utility.