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Oxford researchers successfully encoded the complete hepatitis D genome onto a quantum computer using 117 qubits, establishing a critical benchmark for scalability in biological data processing. While current quantum hardware remains sensitive and error-prone, this milestone demonstrates that meaningful results are achievable with existing systems for specific, clinically relevant applications like virology. The achievement validates the feasibility of applying quantum hardware to real-world biological problems, moving beyond theoretical potential to practical scientific discovery.
University of Oxford Uses 117 Qubits To Map Hepatitis D Genome in World First Quantum Advance

Oxford researchers encoded the hepatitis D genome using 117 qubits, a first for quantum computing and genomics.
Researchers at the University of Oxford contributed to a first by successfully loading the complete genome of the hepatitis D virus onto a quantum computer using 117 qubits. This achievement marks a significant leap in quantum computing’s capacity to handle complex biological data, demonstrating a concrete benchmark for qubit scalability as researchers seek to harness the technology for scientific discovery. Unlike classical computers, quantum computers utilize qubits that can exist in…
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