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An introduction to quantum computing
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An introduction to quantum computing
What is Quantum?
Hardware & Software
Applications
Impact
Reflections
References
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Wonen
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Vision Teams
Quantum Computing
Hardware & Software
Hardware & Software
From theory to reality
To make a quantum computer we need many tangible components, from quantum chips, control electronics and refrigerators to quantum algorithms and software.
Building a quantum computer
Building a universal quantum computer is one of the most ambitious scientific challenges of the 21st century. Luckily, there’s many professions that can help.
The Qubit zoo
There’s many different ways to build a qubit—but choosing the right approach depends on what we want to do with it.
Fault-tolerant computing
It takes more than just qubits to build a powerful, universal quantum computer.
Software and control
From algorithms to refrigeration, it takes a full stack of components to make a quantum computer.
Qubits and gates
How do quantum gates actually work? Visualizations can help us to understand what’s going on inside the box.
The future of quantum
The near future of quantum computing lays out milestones and obstacles to the ultimate goal: a universal, fault-tolerant quantum computer.
Home of TU Delft
Activate high contrast
Back to Vision Teams
Quantum Computing
An introduction to quantum computing
What is Quantum?
Hardware & Software
Applications
Impact
Reflections
References
Overview team
Wonen
Vision Team Mobility
Robotics
Home Robotics Vision Team
Human Augmentation
Robots at Work
Intelligent Vehicles
All Vision Teams
Quantum Internet
What is Quantum Internet?
Basics of quantum mechanics
Applications
Impact & Governance
Reflection
References
The Quantum Vision Team
Climate Action
Energietransitie
Search