Where Is Science Leading Us?

Lars Jaeger, 53, studied physics, mathematics, philosophy and history in Bonn and Paris, and spent several years doing research in theoretical physics in the area of quantum field theories and chaos theory (University of Bonn, Ecole Polytechnique de Paris, Max Planck Institute for Physics of Complex Systems, Dresden). He has lived near Zurich for 25 years, where he has built up two companies as an entrepreneur, using mathematical methods to model global financial markets and construct systemic trading models from them. His enthusiasm for the natural sciences and philosophy has never left him. He is the author of ten books around corresponding topics and lives with his family in the canton of Zug.
Michel Dacorogna is partner at Prime Re Solutions, a company advising financial institutions on actuarial and economic matters. He is the former scientific advisor to the chairman of SCOR, the fifth largest reinsurer. He conducts research in the field of insurance mathematics, capital management and risks. He presents models and capital management techniques to management and customers. Michel was deputy group CRO of SCOR in charge of Solvency II and risk modelling. He was at the origin of SCOR's internal model, which he developed with his team for more than 10 years. In 2009, he received from Risk Magazine the price of Insurance Risk Manager of the year.Author and co-author of more than 95 publications in refereed scientific journals; he is often invited to present his results in international conferences and specialized seminars. His work is referenced in many publications. One of the papers he co-authored was the most quoted paper over 5 years in the Journal of Banking and Finance. His book: "An Introduction to High Frequency Fi-nance" remains a reference in the field. He also lectures at the ETH and University of Zurich, and at Università Cattolica del Sacro Cuore in Milan, at ESSEC Business School (Paris) in their Master of Finance and insurance programs.

Publicly backed science in competition with private companies. Science as part of capitalism.- Philosophy in science is over, and why we need to reinstall it.- Promising and scary developments in future technologies, an overview.- Physics from 1960 to Today, And what we do not know yet.- Computers, nanotechnology, internet and many other technologies. What benefits and challenges physics brought us and will bring us in the future?.- Biology from 1953 to 2023: Major breakthroughs and their ethical issues. How biology became the centre of science and today also lies at the centre of ethical concerns.- Brain research since the 1990s. Significant progress in understanding human (self-)consciousness or a scientific attack on something outside of science?.- Artificial Intelligence from its origins via today to the future. Significant progress in understanding, replicating, and changing us humans or solely technological advances contained to optimising certain processes?.- The path towardsmodern mathematics. More and more abstraction as well as more and more concrete applications.- Astronomical research. The oldest science in history with the newest results of all sciences.- The future of sciences/technologies? From utopian optimism to dystopian pessimism (and possibly back).- The myth of the optimally functional invisible hand. Why and how research projects and future technologies should be discussed, respectively governed by the public domain?.- Science, Technology and Spirituality. What science can do for society, how society has to shape technology - and how spirituality can set a frame for this shaping process?.