Jülich Summer Academy

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Neuromorphic computing - How AI mimics the human brain. Science podcast with Prof. Rainer Waser on Detektor.fm Listen now!

Experts at Forschungszentrum Jülich

"Interesting research often takes place at the interfaces between disciplines. Neuromorphic computing is the perfect example of this."

Rainer Waser

"Rethinking the entire process is what fascinates me about neuromorphic computing: from the devices to the data flow and the implemented algorithms."

John Paul Strachan

"Nerve cells in the brain as a model for nanoelectronic components - this is the basis for innovative, energy-efficient computer concepts such as neuromorphic computing."

Regina Dittmann

„Future Computing Technologies in Jülich include Hardware, Software, Algorithms for Scalable Simulation as well as Data Science“

FUTURE COMPUTING TECHNOLOGIES IN JÜLICH

Neuromorphic computing

Computers modeled on the human brain, so-called neuromorphic systems, are much more economical than conventional computers.

HPC Technology

Forschungszentrum Jülich drives innovation in the field of high-performance computing (HPC). Jülich experts work with partners to develop solutions for next-generation supercomputers.

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

n 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.

Infrastructures

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

Interactive site plan of Forschungszentrum Jülich

At Forschungszentrum Jülich, it is possible to be digitally guided around the 2.2 square kilometre campus with the help of a navigation app. Download the app to your smartphone and it will show you the shortest route to your destination.

Download in the Apple AppStore

Download in the GooglePlay Store

For visitors who do not want to download the app, there is a light version of the navigation, that can be called up and used directly in the browser. To do so, please enter the URL http://site.guide in the browser of your smartphone and activate the recording of your location (GPS).

You can also open the map in a separate browser window . The map can be rotated and zoomed and you can search for buildings and destinations using the search function.

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Last Modified: 04.06.2024

Jülich Summer Academy

Media tip

Experts at Forschungszentrum Jülich

"Interesting research often takes place at the interfaces between disciplines. Neuromorphic computing is the perfect example of this."

"Rethinking the entire process is what fascinates me about neuromorphic computing: from the devices to the data flow and the implemented algorithms."

"Nerve cells in the brain as a model for nanoelectronic components - this is the basis for innovative, energy-efficient computer concepts such as neuromorphic computing."

„Neuromorphic Computing exploits properties of the biological brain for the design of computer hardware and software.”

"Neuromorphic technologies could fundamentally change AI. Our challenge is to develop the adequate algorithms to realise this potential.“

For us as engineers, neuromorphic computing is the way to shape artificial intelligence energy-efficient by combining most modern technology with inspiration from biology.

“Developing quantum computers is like travelling in a hot air balloon. We are currently in the process of ascending. And we know that the balloon will go somewhere – we just don’t know the exact direction yet.”

“Research in quantum physics always reminds me of playing with Lego as a child. You tinker away until something materializes. There’s a tremendous amount of playful fascination to it."

„As a theoretical physicist, I grappled with some astounding concepts. But I don’t just want to explain the world, I also want to build something. Quantum computing is the ideal field for this.”

“Unlike practitioners, I am not tied to a single piece of lab equipment, technique, or method. Nor am I bound to particular supercomputers or codes, as some other theorists are. All I need to develop ideas is a piece of paper to write on.”

We are developing a technology on a completely new basis that knows no comparison in conventional data processing. It’s this pioneering work that appeals to me, this ‘moon landing’ nature of the research."