Universal set of elementary quantum gates

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Logic Synthesis: Designing Efficient Digital Circuits

Discusses logic synthesis techniques for designing efficient digital circuits using minterms, maxterms, and new gates like XOR and XNOR.

Trapped Ions: Quantum Gates

Covers the fundamentals of trapped ions in quantum information and the importance of geometric phases in quantum optics.

Logical Effort: Fundamentals of VLSI Design

Covers the Logical Effort method for optimizing logic delay and gate sizing impact.

Quantum Compilation: Synthesis and Decomposition

Covers quantum computing fundamentals, compilation, error correction, unitary synthesis, quantum gates, and FPGA-based ADCs.

Karnaugh Maps: Grouping Techniques

Explores Karnaugh maps, grouping rules, and transistor logic in logic systems.

Introduction to Quantum Computing

Covers the basics of quantum computing, including gates, measurements, and key examples.

Quantum and nanocomputing: Exercise session 3

Covers quantum computing, nanocomputing, logic gates, quantum circuits, algorithms, error correction, and cryptography.

Logic Gates and IC Technology

Explores the implementation of logic gates in semiconductor material, focusing on TTL and CMOS technologies, ICs, hazards, clocks, D flip-flops, and switch debouncing.

Logic Synthesis: Designing Efficient Digital Circuits

Discusses logic synthesis techniques for designing efficient digital circuits from functional descriptions and truth tables.

Quantum and Nanocomputing

Covers the fundamentals of quantum computing, qubit control, readout techniques, qubit controller specifications, Horse Ridge architectures, power breakdown, and more.