Jülich researchers are at the forefront of developing energy systems based on renewable sources, driving the energy transition forward. Their focus lies on energy conversion processes, storage technologies, and hydrogen systems. They tirelessly explore fuel cells, batteries, and innovative materials, pushing the boundaries of sustainable photovoltaics.

At our institutes, we delve into environmentally-friendly materials that contribute significantly to the energy transition. Collaborating with both SMEs and large corporations, we facilitate the licensing and industrial advancement of our cutting-edge technologies and processes.

Discover more about Jülich's pioneering research in energy and climate

FZ Jülich delves into the fundamentals of quantum computing and pioneers innovative materials and technologies to forge new applications for quantum computers in science, industry, and everyday life.

Researchers in the field of neuromorphic computing are developing new components for advanced computer parts by leveraging physical phenomena in organic and inorganic systems in conjunction with cutting-edge materials.

Groundbreaking technologies like quantum computing and neuromorphic computing offer significant advantages for businesses and industries in terms of application capabilities and process optimization.

Discover more about computing and information research

Given our limited resources, research in the field of bioeconomy at FZ Jülich aims to provide solutions for a sustainable, biobased circular economy. Bioeconomy technologies seek to address the question of how we can ensure the future provision of food and resources for all.

Bioeconomy research harnesses plants, bio-waste, and other biobased materials to explore new sources of raw materials. Scientists at FZ Jülich are developing new materials, processes, and technologies that industries can adopt to address pressing resource challenges.

Learn more about Jülich's research in sustainable bioeconomy