Today, new technologies build on a broad spectrum of scientific findings. Fundamental discoveries in one discipline can lead to crucial advances in completely different areas tomorrow. In all probability, this tendency will only intensify in the future. Or, to put it another way, after centuries of diversification, the life sciences, natural sciences and engineering disciplines are converging once again. This is the cusp on which the sciences are poised today – and, now and then, also caught in a balancing act: developing models and theories with increasingly precise instruments, while simultaneously seeking wide-ranging solutions to some of the fundamental problems facing humanity. Topical examples include ensuring the global supply of food, medical care and energy.
The Max Planck Science Tunnel addresses the megatrends of the 21st century. It takes you on a journey through the major issues of basic research, from the origins of space, the idiosyncrasies of the wonder that is the brain, to the vision of sustainable energy supplies. Objects, illustrations, interviews, films and experiential media spaces of augmented reality provide an introduction to the topics, offer insights and create a network interlinking future technologies.
The new Max Planck Science Tunnel premiered at the Heinz Nixdorf MuseumsForum in Paderborn before beginning its journey around the world.
This traveling, hands-on exhibition uses objects, illustrations, interviews, films, and experiential augmented reality media spaces to offer visitors new insights and perspectives on cutting-edge research and future technologies. From quarks and the cosmos to the building blocks of life, the exhibition focuses on eight key areas: the universe, matter, life, complexity, the brain, health, energy, and society.
The tunnel has become an international sensation, traveling the globe from Shanghai and Seoul to Johannesburg and Lima, to prove that science has no bounds. Over nine million people worldwide have experienced versions one and two of the tunnel since its millennial debut at the World’s Fair in Hanover, Germany.
By highlighting science in the media as a cultural activity, the Max Planck Society is reaffirming its belief in the importance of science education and its commitment to knowledge as public property. Research not only enriches cultural and educational opportunities for the general populous, but it also helps nations safeguard future economic prosperity. As Prof. Dr. Peter Gruss, President of the Max Planck Society, once stated, “Research at the frontiers of knowledge provides the basis for the development of innovations.” By supporting this education initiative, the Max Planck Society is investing in future scientists who will help address the challenges of a world in transition