Delve into quantum computing hardware in this curated guide.
Quantum device implementations
How do actual fault-tolerant quantum devices work? Explore the physics and engineering behind modern quantum computers and learn about the challenges we have yet to overcome.
Pulse programming
Implementing quantum gates in real-world hardware presents a difficult engineering challenge. Explore how precise manipulation of electromagnetic pulses allows us to realize unitary gates on physical qubits.
Measurement-based quantum computing
Is gate-based computation the only path? Measurement-based quantum computing presents a different paradigm. Learn how entanglement and single-qubit measurements can be used to realize any quantum algorithm, offering advantages in specific quantum hardware implementations.
Quantum device implementations
How do actual fault-tolerant quantum devices work? Explore the physics and engineering behind modern quantum computers and learn about the challenges we have yet to overcome.
Pulse programming
Implementing quantum gates in real-world hardware presents a difficult engineering challenge. Explore how precise manipulation of electromagnetic pulses allows us to realize unitary gates on physical qubits.
Measurement-based quantum computing
Is gate-based computation the only path? Measurement-based quantum computing presents a different paradigm. Learn how entanglement and single-qubit measurements can be used to realize any quantum algorithm, offering advantages in specific quantum hardware implementations.
Quantum device implementations
How do actual fault-tolerant quantum devices work? Explore the physics and engineering behind modern quantum computers and learn about the challenges we have yet to overcome.
Pulse programming
Implementing quantum gates in real-world hardware presents a difficult engineering challenge. Explore how precise manipulation of electromagnetic pulses allows us to realize unitary gates on physical qubits.
Measurement-based quantum computing
Is gate-based computation the only path? Measurement-based quantum computing presents a different paradigm. Learn how entanglement and single-qubit measurements can be used to realize any quantum algorithm, offering advantages in specific quantum hardware implementations.