Tech Deep Dives

To really understand quantum computing, we need to look under the hood. This section goes step by step through the mathematics of gates, interference, and multi-qubit systems. You will see how linear algebra connects directly to quantum circuits, why reversibility matters, and how entanglement creates complexity that classical computers cannot handle.

These videos are the technical foundation for advanced quantum programming.

Deep Dive Videos

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QAOA Masterclass for Finance: From QUBO to Circuits, Mixers, Constraints, and Credible Reporting
FINANCE#14
Released 09 Feb 2026

QAOA Masterclass for Finance: From QUBO to Circuits, Mixers, Constraints, and Credible Reporting

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This QAOA masterclass is a practical, end to end deep dive into constrained optimization with quantum circuits. A quick word of warning: we go all the way down to the low level, including unitaries, gate mappings, and mixer design details. The session starts from problem formulation and shows how to translate real objectives and constraints into QUBO and Ising models, then builds the corresponding cost unitary and maps it to gates. It then focuses on mixer choices, including why the standard X mixer can fail for constrained problems and how constraint-aware mixers can improve feasibility and sampling quality. We close with parameter optimization patterns, common pitfalls, and what to report so results are credible, such as best feasible samples, feasibility rates, and robustness across seeds. This session was created for finance-style optimization use cases.

Multi Qubit Systems
DEEPDIVE#6
Released 18 May 2025

Multi Qubit Systems

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🧠 In this Deep Dive, we scale up to multi-qubit systems and explore entanglement - the third quantum superpower. You’ll see how the tensor product builds 4-state vectors, how CNOT creates Bell states, and why this quickly gets too big for classical computers.

Quantum Interference
DEEPDIVE#5
Released 04 May 2025

Quantum Interference

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🌀 In this video, we explore complex numbers and their phases - the hidden dimension powering quantum computing. Learn how phase shifts enable ✨ quantum interference.

Mastering Quantum Gates
DEEPDIVE#4
Released 02 May 2025

Mastering Quantum Gates

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🔧 Ready to build your quantum toolbox? Now that you've seen your first circuit, it's time to learn how quantum gates really work. We revisit vectors and matrices, uncover why quantum gates must be reversible, and explore key players like the X and Hadamard gates.