Quantum computing is transitioning from laboratory pilots to tangible manufacturing applications, optimising supply chains, accelerating materials discovery, and delivering measurable ROI. As IBM targets 200 logical qubits by 2028 and Google demonstrates below-threshold error correction, industry leaders must navigate hardware maturity challenges, integration complexities, and workforce readiness to unlock quantum's transformative potential for next-generation manufacturing.

• How can manufacturers overcome quantum decoherence and error rates to achieve industrial-scale reliability and practical production applications?
• What talent development and algorithm frameworks will bridge quantum skill shortages and solve supply chain optimisation, predictive maintenance, and materials discovery challenges?
• How can manufacturers integrate quantum technologies with IoT and digital twins to enhance production systems and realise anticipated ROI gains?
• How should manufacturers navigate quantum-related IP, regulatory frameworks, and cybersecurity risks to maintain competitive advantage whilst managing emerging technology threats?