About qubit-lab.ch
Daniel Hug
Founder · MSc Physics ETH Zurich · MBA · PMP
Daniel Hug is a physicist and senior transformation professional with leadership experience across UBS, Credit Suisse, and SIX. He supports financial institutions on quantum readiness and quantum risk, combining technical depth with a practical understanding of regulated change, governance, and implementation realities.
That combination shapes how qubit-lab.ch works: quantum results are explained in business terms, benchmarked honestly against classical methods, and translated into outputs that hold up in front of management, risk, and technical stakeholders alike.
Quantum Computing. Straight Talk.
What is qubit-lab.ch?
qubit-lab.ch is a platform focused on making quantum computing understandable, practical, and actionable. It combines public education, hands-on quantum coding enablement, structured advisory, and rapid quantum prototyping tools for practical questions in business, finance, and selected adjacent domains.
Who is it for?
The platform is designed for business leaders, finance professionals, technology stakeholders, managers, quants, data scientists, and technically curious practitioners who want a realistic view of quantum computing and its implications. The aim is to provide a structured entry point into concepts, code, use cases, and practical experimentation without unnecessary hype or unnecessary jargon.
Why now?
Quantum computing is progressing from a purely research-driven topic into one that increasingly affects management thinking, security planning, innovation agendas, and technology roadmaps. For organizations, the implications are becoming more tangible in areas such as post-quantum cryptography, strategic positioning, and the evaluation of future use cases.
How does qubit-lab.ch approach the topic?
The focus is on clear explanation, practical orientation, hands-on experimentation, and honest framing of what quantum can and cannot do today. This includes videos, examples, hands-on coding workflows, hands-on RQP tools, and selected advisory-oriented material that help translate technical concepts into usable insight for real stakeholders.
How qubit-lab.ch can support
In addition to public content, qubit-lab.ch supports organizations through practical quantum advisory, hands-on quantum capability building, rapid quantum prototyping, and concrete PQC offerings. The strongest current focus is on financial services, regulated environments, hands-on team enablement, structured use-case evaluation, and readiness thinking.
Quantum Advisory
Structured support for organizations exploring realistic use cases, PoCs, practical decision paths, and internal next steps.
Quantum Capability Kickstart
Five interactive sessions for quant, risk, data science, innovation, and technology teams, focused on quantum fundamentals, coding, simple circuits, algorithm workflows, and practical experimentation.
RQP Suite
Hands-on tools for exploring quantum optimization, quantum machine learning, and Quantum Monte Carlo workflows with practical benchmarks.
PQC
Concrete offerings for post-quantum cryptography, including PQC Mobilization and PQC Navigator.
Selected partners
qubit-lab.ch works with selected partners to support practical quantum computing enablement, enterprise technology perspectives, market access, and post-quantum cryptography readiness.
Example training formats
Training formats can be adapted to the audience, context, and time available. Typical formats range from management-focused overview sessions to hands-on workshops for expert, quant, and technical teams.
Management audience
Executive overview and decision workshop focused on realistic applicability, roadmap thinking, and post-quantum readiness.
Expert, quant, and technical audience
Technical deep dives and hands-on workshops, including quantum coding, simple circuit construction, QAOA, VQC, QSVM, and QMC workflows, with emphasis on practical experimentation, algorithm understanding, benchmarking, and realistic constraints.
Watch the Overview
Short introduction to qubit-lab.ch and its practical focus.
Quantum computing is complex, but increasingly relevant. Organizations that start building awareness, coding capability, structure, and hands-on evaluation experience today will be better positioned to mitigate risk, identify realistic opportunities, and respond credibly as the field evolves.
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