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The Q4Bio Challenge results highlight the critical dependency on current quantum hardware, specifically IBM systems, to validate algorithms for complex healthcare applications like cancer treatment. This reliance underscores that near-term utility requires access to devices capable of handling circuits approaching 100 qubits to bridge the gap between theoretical design and demonstrable scientific results.

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Five of six Q4Bio finalists used IBM quantum hardware

Quantum ZeitgeistSeptember 24, 20266 min read

In the Q4Bio Challenge, research teams sought scalable quantum algorithms for healthcare, competing for $2 million in prize money, and five of the six finalists used IBM quantum hardware for their research. Q4Bio aims to accelerate development of quantum algorithms for healthcare that can run on quantum computers expected within three to five years.

Five of six finalists in Wellcome Leap’s Q4Bio challenge specifically chose IBM quantum hardware to run large-scale demonstrations of algorithms designed for healthcare applications. Algorithmiq, in collaboration with Cleveland Clinic and IBM, earned the $2 million Q4Bio prize for simulating processes in photodynamic therapy, a cancer treatment. Q4Bio is targeting a timeframe of three to five years for these algorithms to run on near-term quantum computers. IBM quantum systems were important for five of six teams competing in Wellcome Leap’s Q4Bio challenge, a demonstration of practical necessity alongside potential preference in the nascent field of quantum biology. The hardware enabled execution of circuits approaching 100 qubits, a scale necessary for validating…

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