Materials as the Key to a Sustainable Future

In the article, Prof. Mücklich emphasizes that materials are essential for a sustainable future. They play a central role in areas such as energy, mobility, raw materials, and medicine because a circular economy is impossible without recyclable materials. Prof. Mücklich also explains how materials researchers can optimize the use of raw materials and efficiently recover valuable ones.

Laser-Structured Surfaces for Greater Sustainability

Prof. Mücklich also describes his work on laser-structured surfaces in the article. This technology modifies the structure of materials at the micro and nano levels to enhance their functionality. It is already being used in various fields, such as aerospace and automotive, to increase the sustainability of materials.

Challenges in Industrial Implementation

Despite the great potential of the research, Prof. Mücklich emphasizes the challenges involved in transferring innovations to industry. While Germany excels in basic research, it often lacks the necessary framework to successfully implement new technologies.

We are proud that Professor Mücklich is addressing these important issues on such a prominent platform, thereby furthering the dialogue on the role of materials science and engineering in creating a sustainable future.

Congratulations, Professor Mücklich, and thank you for your valuable contribution!