Quantum Computing — Beyond the Headlines
Billion-dollar investments, government strategies, vendor claims about revolutionary capability. For executives making investment, partnership, or strategic positioning decisions about quantum computing, the challenge is separating what is real today from what is aspirational, and understanding what it would take to capture value when the technology matures.
This course provides a rigorous, hype-free assessment of quantum computing from a business perspective. No physics required. The focus is on what current hardware can actually do, which applications have demonstrated value, what infrastructure and talent requirements look like, and how to position your organization without either committing too early or waiting too long.
Who Should Take This Course
C-suite executives, strategy leaders, R&D directors, innovation managers, and board members evaluating quantum computing investments, partnerships, or strategic initiatives. Also appropriate for venture capital and corporate development professionals assessing quantum computing companies.
What You Will Learn
- Assess what current quantum computers can and cannot do, at a level sufficient for investment and strategy decisions
- Distinguish demonstrated quantum capabilities from roadmap targets and vendor marketing
- Evaluate which industry use cases have evidence of quantum value versus which remain theoretical
- Assess the talent and infrastructure requirements for quantum computing adoption
- Develop a quantum computing positioning strategy: when to engage, what to invest in, and what to defer
- Ask informed questions when evaluating quantum computing vendors, partnerships, and investment opportunities
Course Outline
Module 1 — What Quantum Computers Can Actually Do Today (90 minutes)
How quantum computers work in plain language. The distinction between physical qubits and logical qubits and why it determines everything about near-term capability. The five major hardware approaches and their tradeoffs. What quantum advantage means and where it has been demonstrated. What “quantum supremacy” claims actually proved and what they did not. The error correction challenge and its implications for timeline expectations.
Module 2 — Use Cases, Investment, and Strategic Positioning (90 minutes)
Applications with demonstrated or near-term value: quantum chemistry, materials simulation, and optimization. Applications that remain years away: general-purpose quantum machine learning, large-scale factoring. How to evaluate vendor use case claims. The quantum cloud landscape: what each major provider offers. Talent requirements and where the bottleneck is. Strategic positioning frameworks: engage early (pilot programs, talent building, partnership), watch and prepare (monitoring, readiness planning), or wait (and what you might miss). How to build a board-ready quantum computing strategy.
Prerequisites
None.