What was strictly laboratory-based theoretical physics just a few years ago is transforming into commercial hardware accessible via the cloud. Current quantum processors have significantly increased their number of stable qubits and operational fidelity, enabling the solution of complex optimization and molecular simulation problems in seconds. The pharmaceutical and financial sectors are leading the adoption of these architectures to model advanced chemical interactions and design post-quantum cybersecurity protocols. As quantum error correction advances, we are approaching the point where quantum computing will solve problems that are intractable for classical supercomputers.
No comments:
Post a Comment