Semiconductor & Hybrid Qubits
How engineered semiconductor electrons, holes, donors and superconducting interfaces become coherent qubits: from band physics and quantum dots to hybrid networks and topological candidates.
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Chapter 01 · 7 conceptsSemiconductor Quantum Foundations
Band structures, confinement, spin and charge degrees of freedom.
Chapter 02 · 8 conceptsQuantum Dots and Spin QubitsGate-defined dots, initialization, readout and exchange.
Chapter 03 · 6 conceptsSilicon, Germanium and Donor QubitsMaterial platforms, valleys, holes and nuclear-spin resources.
Chapter 04 · 9 conceptsHybrid Qubit ArchitecturesSpin–photon, semiconductor–superconductor and other interfaces.
Chapter 05 · 8 conceptsControl, Noise and Scalable DevicesPulses, noise, fidelity, cryogenic electronics and arrays.
Chapter 06 · 4 conceptsTopological Hybrids and Research FrontiersMajorana candidates, parity, networking and rigorous validation.