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Related lectures (32)

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Explores communication complexity and quantum computation models in Distributed Quantum Computing.

Covers linear algebra in Dirac notation, focusing on vector spaces and quantum bits.

Introduces the quantum counterpart of polarized photons as qubits, described by vectors in a classical setting.

Explores quantum polarisation, elasticity, and spatial structure of wave functions.

Explores fully classical qubits, blind quantum computing, and verifiability in quantum delegation protocols.

Explores Cryo-CMOS components, quantum computing stack, amplifier performance, noise specifications, and impedance matching in electronic circuits.

Explores fundamental quantum experiments, including Young's double-slit and photoelectric effect.

Explores quantum bits, axioms, examples, Shor algorithm, measurements, Hilbert space, and dynamics.

Covers the principles behind quantum gates, focusing on the C-NOT and Toffoli gates.

Introduces the paradigm of digital quantum computation, discussing quantum bits, gates, error correction, and efficiency.