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Comparing computers
Quantum computers and classical computers are made of the same building blocks—but the ways they behave couldn’t be more different. A…
Future scenarios
We can’t predict exactly when quantum technologies will become available, but we do expect breakthroughs that will make quantum applications…
Quantum repeaters and teleportation
In space, photons can travel for hundreds and hundreds of kilometers with a small probability of getting lost. This is a luxury that doesn’t…
The basics to understand Quantum Internet
In our everyday lives we experience the world according to the rules of classical physics. However, at much smaller scales, the scales of…
Quantum technology 2.0
We are entering an era that we like to refer to as quantum 2.0. Not only are we able to understand the effects of quantum mechanics, we are…
Quantum computing
A quantum computer can be compared to a classical computer, but instead of using classical bits it works with qubits. Quantum computers are…
Basics of quantum mechanics
Basics of quantum mechanics Quantum mechanics and quantum technology 1.0 Quantum mechanics is the science of the very small. It explains the…
Reflection
A Quantum Technology Revolution and an Evolution From a technological point of view a revolution is taking shape. Ground-breaking research…
Bridging expertise in quantum and classical networks
An interview with Daniel Karrenberg, Chief Scientist at RIPE NCC Daniel Karrenberg, Chief Scientist at RIPE NCC "It’s very useful that TU…
Vision Teams
Vision Teams Vision Team zijn projecten van de TU Delft om kennis te nemen van perspectieven op technologieën die bestaan in de…