🗺️ Quantum Computing Roadmap 2030

Navigate the next 5 years of quantum computing evolution and breakthroughs

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Quantum Education & Literacy

🗺️ The Decade of Quantum Advantage

2025-2030 roadmap: The most critical 5 years in quantum computing history. Key inflection points: 2026 (logical qubits), 2027 (commercial advantage), 2028 (fault tolerance demos), 2030 (generalized quantum computing). Investment trajectory: $5B (2025) → $40B+ (2030). Market impact: From experiments to $50B+ industry transforming pharma, finance, materials, AI, and climate science.

Roadmap Dimensions

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Hardware Evolution

1K qubits → 1M qubits, NISQ → fault tolerance

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Software Maturity

From expert tools to mainstream development

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Application Readiness

Pilots → production → transformative impact

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Critical Challenges

Scaling, errors, talent, funding hurdles

Key Assumptions

Moore's Law for Qubits: Doubling every 12-18 months continues
Investment Sustains: Public and private funding stays strong
No Fundamental Barriers: Physics allows fault tolerance at scale
Geopolitical Stability: International collaboration continues

Interactive Roadmap: This module presents industry consensus, expert predictions, and critical uncertainties for 2025-2030. Use it to plan your quantum strategy, investments, or career.