Post by Australian Academy of Technological Sciences & Engineering

🔬 Exploring the frontiers of discovery in Germany. This week, ATSE CEO Professor Kylie Walker AM visited the Max Planck Institute for Nuclear Physics in Heidelberg, gaining a firsthand look at some of the cutting-edge research helping unlock the mysteries of our universe. The visit highlighted the value of international collaboration and access to world-class research infrastructure in advancing scientific discovery. Facilities such as those at the Max Planck Institute enable researchers to tackle complex challenges and pursue breakthroughs that would be difficult to achieve in isolation. Among those Kylie met were: 🔹 Holger Kreckel, whose research uses a molecule accelerator to replicate conditions found in deep space, helping scientists better understand the chemistry of the universe. 🔹 Sven Sturm, who is using highly precise magnetic instrumentation to study the behaviour of infinitesimally small particles and test the foundations of modern physics. 🔹 Teresa Marrodan Undagoitia, whose work focuses on understanding dark matter. To minimise interference from even the smallest particles of light and radiation, her experiments are conducted deep underground using ultra-stable materials, including shielding made from lead recovered from ancient Roman shipwrecks. The Max Planck Society operates 85 research institutes, primarily across Germany, and is internationally recognised for advancing fundamental research. Visits like this reinforce the importance of connecting Australian researchers and innovators with global networks, expertise and state-of-the-art facilities that accelerate discovery and translate knowledge into impact. Thank you to the team at the Max Planck Institute for Nuclear Physics for sharing their insights into the discoveries and the facilities shaping our understanding of the universe.