Research Priority: Quantum Technologies

New quantum technologies promise applications with unprecedented speed, precision, and efficiency. Quantum computers are probably the best-known example. Forschungszentrum Jülich is a hotspot for quantum computing in Europe.

Quantum materials

Quantum materials such as semiconductors and superconductors are already used today in lasers, smartphones, and solar cells. Jülich researchers are optimizing existing materials and developing new ones for future technologies such as quantum computers and quantum sensors.

Quantum computers

In the future, quantum computers will solve tasks that are too complex for today’s supercomputers. Jülich covers the entire spectrum of research – from the search for suitable materials to the development of prototypes and applications.

Simulation

Simulations are an important tool on the path to realizing quantum computers. Quantum systems are mimicked on conventional computers with the help of special programs called emulators. Jülich holds a world record in this area.

Applications

Second-generation quantum technologies are starting to emerge. The range of possible applications is enormous. Jülich focuses on applications for quantum computers.

Infrastructures

Large-scale instruments and facilities are essential for research into quantum technologies. Jülich is home to several infrastructures for research and application.

JUQCA - Jülich Quantum Computing Alliance

JUQCA bundles Jülich’s activities in the development and application of quantum computing. The alliance acts as a point of contact for internal and external partners.

Frank Wilhelm-Mauch

The physicist is developing quantum computers with superconducting qubits as well as coordinating German and European projects involved in building such computers.

Kristel Michielsen

The physicist uses supercomputers to advance the development of quantum computers – primarily by simulating the way that quantum computers work on supercomputers.

Experts in Quantum Research

At Forschungszentrum Jülich, numerous scientists are working on various aspects of quantum research. This page provides an overview.

Hendrik Bluhm

The physicist is developing quantum computers with semiconductor qubits. He is also coordinating the construction of a German semiconductor quantum processor.

David DiVincenzo

The physicist is researching the theoretical prerequisites for quantum computing. He is one of the pioneers in this field.

Tommaso Calarco

The physicist specializes in optimizing quantum processes. He initiated and pioneered joint efforts in quantum technology research at national and European level.

Stefan Tautz

The physicist is searching for materials for future quantum computers. He uses special equipment to assemble promising candidates atom by atom.

Rami Barends

The physicist is building quantum computers with superconducting qubits. He wants to make quantum computers suitable for everyday use.

Quantum Knowledge

The quantum world works according to bizarre rules. Experts use strange terms to describe their research. Here is a little clarification.

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News from the research area quantum technology

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