News - QuTech

09.04.2026 Quantum Computing

Bringing back a phase from the many-body world

Modeling an experiment on a single qubit is relatively straightforward. You prepare a state, let it evolve, and read it out. But once several particles start interacting, things quickly become much more complex. Even models that look simple on paper can become hard to solve. Researchers at QuTech now show a practical way to ...

02.04.2026 Quantum Computing

Programmable quantum circuits put silicon qubits to the test

Researchers at QuTech have demonstrated programmable quantum circuits across up to six silicon spin ...

30.03.2026 Quantum Computing

Registration is now open for Spin Qubit 7

Registration is now open for Spin Qubit 7, the 7th International Conference and Workshop ...

20.03.2026 Quantum Computing

Bespoke neural network to tackle fundamental physics

There is somewhat a paradox in quantum computing: to make better devices, we first ...

17.02.2026 Quantum Computing

Scalable diamond Quantum Computing with cryogenic chip integration

Researchers from QuTech, in a Fujitsu-funded project, have demonstrated the first cryogenic control chip capable of directly managing both electron and nuclear spins in diamond-based qubits. The innovation, which ...

12.02.2026 Quantum Computing

Rolling out the carpet for Spin Qubits

Researchers at QuTech have developed a new chip architecture that could make it easier to test and scale up quantum processors based on semiconductor spin qubits. The platform, called ...

27.11.2025 Quantum Computing

From Complexity to Control: a 10-spin qubit array in germanium

Spin qubits are compatible with semiconductor manufacturing, but are also highly sensitive to electric fields and device conditions, especially in germanium. Researchers at QuTech have now shown that by ...

Giordano Scapucci balancing a germanium wafer on his finger

09.07.2025 Quantum Computing

Quantum-engineering of germanium for scaling quieter qubits

Reducing qubit noise remains a main challenge in furthering the field of quantum computing. Now researchers at QuTech have developed a novel way to create spin qubits in germanium ...

10.06.2025 Quantum Computing

Spin qubits ride the wave

Researchers at QuTech have successfully transported a single electron over an extended distance while preserving its spin. The displacement was achieved by moving a quantum dot, containing the electron, ...

26.05.2025 Events

2025 Superconducting Qubits and Algorithms Conference convenes in Delft

The city of Delft, the Netherlands, with its vibrant quantum community, will host the third edition of the leading Superconducting Qubits and Algorithms (SQA) Conference from 25 to 28 August ...

15.05.2025 Quantum Computing

Delft quantum ecosystem launches open-architecture quantum computer

The Dutch quantum ecosystem has reached a new milestone toward scalable quantum computing with the release of the Tuna-5 system via the Quantum Inspire public cloud platform. Developed within ...

Feature / banner image of the diamond quantum chip used in the research ''Universal high-fidelity quantum gates for spin qubits in diamond', by H. P. Bartling, J. Yun, K. N. Schymik, et al., published in Physical Review Applied

24.03.2025 Quantum Computing

High-precision quantum gates with diamond spin qubits

Researchers at QuTech, in collaboration with Fujitsu and Element Six, have demonstrated a complete set of quantum gates with error probabilities below 0.1%. While many challenges remain, being able ...

News from QuTech

Bringing back a phase from the many-body world

Programmable quantum circuits put silicon qubits to the test

Registration is now open for Spin Qubit 7

Bespoke neural network to tackle fundamental physics

Scalable diamond Quantum Computing with cryogenic chip integration

Rolling out the carpet for Spin Qubits

From Complexity to Control: a 10-spin qubit array in germanium

Quantum-engineering of germanium for scaling quieter qubits

Spin qubits ride the wave

2025 Superconducting Qubits and Algorithms Conference convenes in Delft

Delft quantum ecosystem launches open-architecture quantum computer

High-precision quantum gates with diamond spin qubits