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1
Introduction
2
Tools
3
Single qubit operations
4
Two cubic gates
5
Living Pickler gate
6
Gate fidelities
7
Gate protocol
8
Results
9
Errors
10
Entangling
11
Historical state
12
First demonstration
13
Midcircuit readout
14
Nondestructive readout
15
Atomic qubits
16
Midcircled operations
Description:
Save Big on Coursera Plus. 7,000+ courses at $160 off. Limited Time Only! Grab it Explore quantum simulation with Rydberg atoms in this comprehensive lecture from the BSS Physics School. Delve into advanced topics including single qubit operations, two cubic gates, and the Living Pickler gate. Examine gate fidelities, protocols, and results while understanding potential errors in quantum systems. Investigate entangling processes, historical states, and the first demonstrations of quantum simulations. Learn about midcircuit readout techniques, nondestructive readout methods, and the unique properties of atomic qubits. Gain insights into midcircled operations and their applications in quantum computing. This in-depth presentation by Giulia Semeghini provides a thorough exploration of cutting-edge quantum simulation techniques using Rydberg atoms.

Quantum Simulation with Rydberg Atoms - Lecture 3

BSS Physics School
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