To simulate classical systems using quantum computers.

To simulate quantum systems using classical computers.

To simulate quantum systems using quantum computers.

To simulate classical systems using classical computers.

Drug discovery

Materials science

High-energy physics

All of the above

Quantum simulators are used to simulate quantum systems, while quantum computers are used to perform quantum computations.

Quantum simulators are used to simulate classical systems, while quantum computers are used to perform quantum computations.

Quantum simulators are used to simulate quantum systems, while quantum computers are used to simulate classical systems.

Quantum simulators are used to perform quantum computations, while quantum computers are used to simulate quantum systems.

The need for large numbers of qubits

The need for high-quality qubits

The need for long coherence times

All of the above

Analog quantum simulators

Digital quantum simulators

Hybrid quantum simulators

All of the above

Analog quantum simulators use continuous variables, while digital quantum simulators use discrete variables.

Analog quantum simulators use discrete variables, while digital quantum simulators use continuous variables.

Analog quantum simulators are more powerful than digital quantum simulators.

Digital quantum simulators are more powerful than analog quantum simulators.

A quantum simulator that combines analog and digital quantum simulation techniques.

A quantum simulator that uses both classical and quantum resources.

A quantum simulator that is used to simulate hybrid quantum systems.

All of the above

Simulating quantum systems that are too large or complex for analog or digital quantum simulators alone.

Simulating quantum systems that require both classical and quantum resources.

Simulating hybrid quantum systems that contain both quantum and classical components.

All of the above

The need for compatible analog and digital quantum simulation techniques.

The need for efficient methods for combining classical and quantum resources.

The need for techniques for simulating hybrid quantum systems.

All of the above

Quantum simulation will become a powerful tool for scientific research and technological development.

Quantum simulation will be used to solve some of the most challenging problems in science and technology.

Quantum simulation will lead to the development of new quantum technologies.

All of the above