Since 1951, for
more than 70 years,
the Lindau Nobel
Laureate Meetings
support the exchange
between different
generations, scientific
disciplines and cultures.
Kamal Rudra is part of IBM Research, where he works on scaling interconnects for next-generation transistor technologies. Throughout his scientific journey, he has continuously pursued what captivates him the most, often drawing motivation from role models. Now, he aims to pass on the motivation to take agency over one’s own career path and self-conception as a scientist.
Aneta Karpińska uses the Fluorescence Correlation Spectroscopy technique to study anticancer drugs’ internalization inside living cancer cells.
Luana Olivieri is investigating novel methods for imaging objects embedded in complex media.
Irene Abril Cabezas studies the afterglow light from the Big Bang to learn more about the very beginning of the universe.
Two #LINO24 sessions served as windows to the intricate details of cellular processes.
Sapir Bitton has always been eager to understand how things work. Today, as a researcher at Technion, she focuses on organic electronic devices based on electronic-ionic conduction.
Several #LINO24 sessions addressed the crucial step of integrating physics into biology.
Stefanie Arnold has specialized in developing advanced battery materials encompassing alloying, conversion, intercalation, composites, and hybrids, primarily focusing on lithium-ion and sodium-ion batteries.
Artificial Intelligence is finding its way into all parts of society – naturally into science as well. The potential and impact of AI usage in science is one of the key topics of #LINO24.
Xuemei Gu uses artificial intelligence to uncover new physical phenomena in complex quantum systems and develop quantum-enhanced hardware for practical applications.
Two #LINO24 Agora Talks showcasing the big challenges in cosmology today gave enraptured audiences an insight into just how difficult it is to illuminate the dark universe.
Two sessions at #LINO24 showcased how the scientific method and cross-disciplinarity are pivotal to both navigating and improving our modern world.
The final day of #LINO24 and with it the signing of the Mainau Declaration 2024 on Nuclear Weapons. A worthy conclusion of this year’s Lindau Meeting.
Everything from pollution to climate change can be linked to our energy production and usage. If we want to truly achieve a sustainable future, an energy transition is essential.
Astrophysics, Agora Talks and international cultures at the Bavarian Evening – join us for one last day at the Inselhalle!
Our three-part Mini Lecture series introduces the empirical research method of natural experiments in the context of labour economics and education. Watch now!
Fascination, beauty and elegance: for Benjamin List, chemistry is more than just science. The new Nobel Lab 360° takes you on a journey into the magical world of catalysis.
What are the current challenges and developments in genetics, biochemistry and cell biology? The Young Scientists of the 72nd Lindau Nobel Laureate Meeting provide the latest findings from their work.
How long does an attosecond last? What historical factors have influenced gender differences in the labour market and how can quantum dots give matter spectacular properties? Find out more about these exciting discoveries, which were recently awarded the Nobel Prize, in the German edition of the new Nobel Poster series!
Auctions are a predominant market strategy that determines price formation in many areas of life and the economy. Recent research results of Nobel Laureates Robert B. Wilson and Paul R. Milgrom on the currently widely applied Simultaneous Multiple Round Auction (SMRA) are presented in the Teaching Guide.
Chemical reactions have often been discovered by accident. In his lecture given at the 1986 Lindau Meeting, Nobel Laureate Sir Derek H.R. Barton, who discovered what is known today to be the Barton reaction, describes several chemical reactions that do not obey the statistical laws of chemistry but have occurred by chance.
