What makes quantum so powerful also makes it challenging

Summary

• Quantum computing could eventually help tackle complex problems in financial services, AI, healthcare, & energy.
• Realizing this potential requires understanding the unusual behavior & inherent fragility of qubits.
• Entanglement is a state where at least two qubits become correlated, allowing quantum computers to process information in ways difficult or impossible for classical computers.
• Entangled states are highly sensitive to surroundings, where environmental interactions, electromagnetic interference, & temperature fluctuations introduce noise.
• Noise leads to computational errors in quantum systems.
• Bank of America Institute published a guide decoding entanglement, noise, & other fundamental concepts shaping quantum computing development.
• The publication explores the technology's path toward commercial applications.
• Liz Everett Krisberg serves as Head of Bank of America Institute.
• David Michael Tinsley is a Senior Economist at Bank of America Institute.
• Haim Israel is an Equity Strategist at BofA Global Research.
• The materials are prepared by Bank of America Institute for general information purposes only.
• The Institute is a think tank dedicated to uncovering insights that move business & society forward.
• Views expressed are solely those of Bank of America Institute & individual authors, not the product of BofA Global Research or other Bank of America departments.
• Information is obtained from sources believed to be reliable but is not warranted for completeness or accuracy.
• The materials do not constitute investment, legal, accounting, or tax advice.