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Sarah Sheldon: how a multidisciplinary mindset can turn quantum utility into quantum advantage
- IBM aims to transition quantum computers from research to commercial applications, striving for 'quantum advantage' over classical computing.
- Quantum computers utilize qubits, enabling faster calculations due to superposition and entanglement properties.
- Sarah Sheldon leads IBM's quantum R&D team, focusing on noise management and performance optimization.
- Sheldon's team works on error mitigation and correction techniques, essential for future large-scale quantum computing systems.
- Diversity in interdisciplinary collaborations is crucial in quantum technology development at IBM.
- External partnerships through the IBM Quantum Network enhance research opportunities and knowledge sharing.
- The quantum industry faces a challenge in attracting skilled workers, including physical scientists and engineers.
- Sheldon remains optimistic about the abundant career opportunities in the evolving quantum sector.
- The quantum computing field offers promising career paths for graduate scientists and engineers in various industries.
- Sheldon advises early-career scientists to focus on interesting projects and collaborations to navigate the evolving quantum landscape.
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