Resources

A curated directory of the quantum-technology resources we actually recommend to clients and friends in the industry. Not exhaustive — selected.

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How this list works

Every resource below meets three criteria: it is intellectually honest about what quantum technology can and cannot do, it is useful for a business audience (not only for physicists), and it has stood up to our own use over time. We have left out hundreds of vendor white papers, analyst puff pieces, and "top 10 quantum stocks" articles. The goal is signal, not completeness.

Resources are grouped by purpose: where to start, deeper dives by pillar, staying current, official sources, hands-on tools, and academic reference.

Start here — for business leaders new to quantum

  • Olivier Ezratty. Free. Updated annually. 1,200+ pages. The single best comprehensive resource on quantum technologies in any language. Covers physics, hardware, software, vendors, applications, geopolitics, and ethics. Absurdly thorough. Use it as a reference, not as cover-to-cover reading.

    Link to Understanding Quantum Technologies.

  • Andy Matuschak & Michael Nielsen. Free. Interactive. An essay that teaches quantum computing through spaced repetition. The best first hour anyone new to the field can spend. Technical but accessible.

    Link to Quantum Country.

  • Chris Bernhardt. MIT Press. The most readable book-length introduction for non-physicists. Assumes only high-school maths. Short, honest, and well-paced.

    Link to Quantum Computing for Everyone.

  • Robert Sutor. A practical tour through quantum computing for technical professionals. Written by a former IBM Quantum executive. Goes deeper than Bernhardt without requiring a physics background.

    Link to Dancing with Qubits.

  • The best popular-science journalism on quantum technology currently being written. Suitable for any curious reader.

    Link to Quanta Magazine — Quantum Computing section.

Quantum Computing

  • IBM. Free. The best free hands-on introduction. Start with the Qiskit tutorials; move to the Fundamentals of Quantum Algorithms course when ready.

    Link to IBM Quantum Learning.

  • Jack D. Hidary. Springer. A practical reference for technical leaders and senior engineers. Covers algorithms, hardware, and implementation.

    Link to Quantum Computing: An Applied Approach.

  • daily industry news. The most consistent source of quantum industry reporting. Their weekly digest is a good habit.

    Link to The Quantum Insider.

  • Doug Finke. A long-running industry tracker with excellent company lists, hardware metrics, and honest editorial. Finke's scepticism is a feature, not a bug.

    Link to Quantum Computing Report.

  • annual. The most widely-cited business analyst view. Take market-sizing numbers with caution (as with any analyst forecast); the qualitative analysis is consistently strong.

    Link to McKinsey Quantum Technology Monitor.

Quantum-Safe Security

  • NIST. The primary source for the standardised PQC algorithms (FIPS 203 ML-KEM, FIPS 204 ML-DSA, FIPS 205 SLH-DSA, and forthcoming FIPS 206). All specifications, test vectors, and transition guidance live here.

    Link to NIST Post-Quantum Cryptography Project.

  • Jack D. Hidary. Springer. A practical reference for technical leaders and senior engineers. Covers algorithms, hardware, and implementation.

    Link to NSA CNSA 2.0 Cybersecurity Advisory.

  • European Union. ENISA's technical and strategic guidance on PQC migration for EU organisations. Balanced, standards-aligned, explicitly sceptical of QKD for mainstream use.

    Link to ENISA Post-Quantum Cryptography.

  • UK National Cyber Security Centre. The clearest short-form migration guidance for enterprises and public-sector organisations we have found.

    Link to UK NCSC Quantum Security Guidance.

  • French ANSSI. Particularly useful for organisations operating in or selling to the EU public sector.

    Link to ANSSI Views on Post-Quantum Cryptography.

  • German BSI. Pragmatic migration handbook from one of Europe's most technically serious cybersecurity agencies.

    Link to The Day Before Q-Day.

  • Cloud Security Alliance. Industry-focused migration guidance with concrete checklists and organisational templates.

    Link to Quantum Safe Migration Playbook.

Quantum Communications

  • European Telecommunications Standards Institute. The main technical standards body for QKD. ETSI GS QKD 014 (key delivery API) is particularly relevant if you are evaluating integration.

    Link to ETSI ISG QKD Standards.

  • Jack D. Hidary. Springer. A practical reference for technical leaders and senior engineers. Covers algorithms, hardware, and implementation.

    Link to EuroQCI Programme.

  • European Union. ENISA's technical and strategic guidance on PQC migration for EU organisations. Balanced, standards-aligned, explicitly sceptical of QKD for mainstream use.

    Link to Quantum Internet Alliance.

Quantum Sensing

  • US National Quantum Coordination Office. A solid government-authored overview of quantum sensing applications and readiness levels. Less hype than most sources.

    Link to The State and Future of Quantum Sensing.

  • and its sibling hubs. The UK's quantum sensing and metrology research centres publish accessible case studies from real deployments, particularly in gravimetry and magnetometry.

    Link to UK Quantum Hub — Sensing and Timing.

  • European Union. ENISA's technical and strategic guidance on PQC migration for EU organisations. Balanced, standards-aligned, explicitly sceptical of QKD for mainstream use.

    Link to Quantum Internet Alliance.

  • The best peer-reviewed overview articles. Look particularly for the reviews by Degen, Reinhard & Cappellaro on quantum sensing fundamentals.

    Link to Nature Reviews Physics — Quantum Sensing reviews.

  • vendor pages. Selected vendor material is legitimately useful for sensing, because the products are real. Treat them as product literature, not impartial analysis.

Quantum Simulation

Staying current

News and industry intelligence

Podcasts

  • Yuval Boger (Classiq). Technical conversations with quantum industry practitioners. Consistently good.

  • shorter, business-oriented quantum interviews.

  • broader quantum-technology conversations; occasionally excellent deep dives.

  • more accessible introductions to specific topics for general listeners.

Major Annual Reports

  • Treat all of these as directional, not gospel. Analyst forecasts for emerging technology have a long track record of being wrong in both directions.

Standards, regulation, and national strategy

Global and multilateral

United States

European Union and Member States

Asia-Pacific

Hands-on — platforms and training to tryGlobal and multilateral

Cloud platforms with free or trial access

Learning tutorials (free)

Conferences and events

    • The main business-oriented quantum conference; Silicon Valley, Paris, Tokyo editions.

    • Washington, DC.

    • Technical but accessible.

    • Smaller, research-oriented, excellent community.

Communities

Academic reference - For readers who want to go deeper than business-oriented material.

    • Nielsen & Chuang. The canonical graduate text. Twenty-plus years old and still the standard.

    • Preprint server. The primary channel through which quantum research circulates before peer review.

    • Link to arXiv quant-ph.

How we use this list

  • For clients, we build custom curated reading paths on top of these resources — typically a short list of 5–10 items tailored to a given executive's sector, role, and starting point. The general list is a starting menu; the personalised one is the meal.

  • If you would like help putting together a structured quantum-literacy path for your leadership team, get in touch.

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