Our industry projects

Quantum computers offer solutions and enhancements to a wide range of industrially highly relevant use-cases from materials research, flow simulation to advanced logistics.

QLearning

Quantum processors for reinforcement learning

Applications Quantum Machine Learning

QuantiCoM

Quantum Computing for Materials Science and Engineering

Applications Materials science

R-QIP

Reliable Quantum Information Processing

Applications Quantum Error Correction

Quant²AI

Quantifying the benefits of quantum AI systems

Applications Middleware Quantum Machine Learning

QUA-SAR

Quantum computing for radar remote sensing

Applications Optimization

ALQU

Algorithms for quantum computer development in hardware-software codesign

Applications

TeufIQ

Technology development and support for ion trap-based quantum computers

Enabling technologies Ion traps

QSea I

Quantum computer demonstrator with 10 ion trap qubits

Ion traps Quantum Computer

Our industry projects

QLearning

Quantum processors for reinforcement learning

QuantiCoM

Quantum Computing for Materials Science and Engineering

R-QIP

Reliable Quantum Information Processing

Quant²AI

Quantifying the benefits of quantum AI systems

QUA-SAR

Quantum computing for radar remote sensing

ALQU

Algorithms for quantum computer development in hardware-software codesign

TeufIQ

Technology development and support for ion trap-based quantum computers

QSea I

Quantum computer demonstrator with 10 ion trap qubits

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