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References: Historical Parallels and Lessons

  1. Transistor - Wikipedia - Chronicles the transistor's invention at Bell Labs in 1947 and rapid commercialization through radios, integrated circuits, and microprocessors, the primary success benchmark against which this chapter evaluates quantum computing.

  2. Cold fusion - Wikipedia - Documents the Fleischmann-Pons announcement, failed replication attempts, and subsequent scientific discrediting, the most cited failed physics bet this chapter uses as a structural parallel to quantum computing.

  3. Concorde - Wikipedia - Details the Concorde's development costs, operating economics, and eventual retirement despite technical success, exemplifying this chapter's analysis of how a technology can work physically yet fail commercially.

  4. Bad Blood: Secrets and Lies in a Silicon Valley Startup (2018) - John Carreyrou - Knopf - Investigative account of Theranos's fraud, documenting how charismatic founders and information asymmetry deceive investors, the cautionary case study this chapter applies to technology investment evaluation.

  5. Crystal Fire: The Invention of the Transistor and the Birth of the Information Age (1997) - Michael Riordan and Lillian Hoddeson - W.W. Norton - Definitive history of the transistor from laboratory discovery to commercial revolution, providing the detailed success timeline this chapter uses to contrast with quantum computing's 40-year lack of commercial products.

  6. Reference Class Forecasting - Bent Flyvbjerg, International Journal of Project Management (2006) - Introduces reference class forecasting as a method for reducing optimism bias in technology predictions, the methodological framework this chapter applies to select appropriate historical comparisons for quantum computing.

  7. The Laser at 60: A Review - Nature Photonics (2020) - Comprehensive review of the laser's development from laboratory curiosity to trillion-dollar industry, providing the detailed commercialization timeline this chapter contrasts with quantum computing's absent commercial trajectory.

  8. Lessons from Failed Technology Predictions - IEEE Spectrum - Analyzes patterns in failed technology predictions across multiple domains, supporting this chapter's identification of structural warning signs that distinguish genuine breakthroughs from speculative dead ends.

  9. GPS and the World Economy - National Institute of Standards and Technology - Documents the economic value generated by GPS atomic clocks, one of the successful physics-based investments this chapter uses to illustrate what commercial quantum technology success looks like.

  10. The Economics of the Concorde: A Cost-Benefit Analysis - Journal of Transport Economics and Policy - Economic analysis showing the Concorde's negative return on investment despite technical achievement, directly supporting this chapter's argument that technical feasibility does not guarantee commercial viability.