| Summer Term 2013: Stochastic chemical kinetics | [Information: Pdf, 0,1 MB] |
| [Text: Pdf, 39,4 MB ] | |
| Summer Term 2014: Evolutionary dynamics | [Information: Pdf, 0,3 MB] |
| [Text: Pdf, 28,6 MB] | |
| Winter Term 2015/16: Vertiefung Evolution | [Praesentation: Pdf, 23,8 MB] |
| Summer Term 2016: Stochastic chemical kinetics | [Information: Pdf, 0,1 MB] |
| [Book: Product Flyer ] | |
| Winter Term 2016/17: Vertiefung Evolution | [Praesentation: Pdf, 21,1 MB] |
| Dynamic patterns of gene regulation I: Simple two gene systems | [Pdf, 0,8MB] |
| Early replicons: Origin and evolution | [Pdf,15,1MB] |
| Binding of activators and repressors to DNA. Part I: Equilibria | [Pdf, 2,0MB] |
| Ursprung des Lebens aus der Sicht der Chemie | [Pdf, 1,2MB] |
| Boltzmann and evolution: Some basic questions of biology seen with atomistic glasses | [Pdf, 8,6MB] |
| Modeling in Biological Chemistry. From Biochemical Kinetics to Systems Biology | [Pdf, 2,8MB] |
| The mathematics of Darwinian systems | [Pdf, 6,2MB] |
| Genotypes in phenotypes in the evolution of molecules | [Pdf, 1,4MB] |
| Inverse problems in systems biology | [Pdf, 3,5MB] |
| Mathematical modeling of evolution. Solved and open problems | [Pdf, 3,1MB] |
| Mit Mathematik und Computer auf Entdeckungsreisen in der Evolutionsbiologie | [Pdf, 1,3MB] |
| Physical principles of evolution | [Pdf, 1,1MB] |
| The mathematics of Darwin's theory of evolution: 1859 and 150 years later | [Pdf, 1,3MB] |
| Evolution on realistic fitness lanscapes | [Pdf, 4,9MB] |
| Evolution der Moleküle | [Pdf, 1,3MB] |
| Evolution and Quasispecies | [Pdf, 5,3MB] |
| Stochasticity in Processes. Fundamentals and applications to chemistry and biology. | [Pdf, 18,0MB] |
| Was ist und zu welchem Ende benötigt man eine Akademie der Wissenschaften? | [Pdf, 0,1MB] |
| Vom Radiuminstitut zum Forschungsträger | [Pdf, 0,1MB] |
| Welche Voraussetzungen benötigt Spitzenforschung und woran kann man ihre Ergebnisse messen? | [Pdf, 0,1MB] |
| ... denn wir wissen nicht, wohin die Reise geht. Vier Überlegungen, vier Anregungen zum Nachdenken | [Pdf, 0,1MB] |
| Abschiedsrede des Präsidenten | [Pdf, 0,1MB] |
| Exzellenzstrategie in der Grundlagenforschung. Mehr als ein Lippenbekenntnis? | [Pdf, 0,2MB] |
| Designing living matter. Can we do better than evolution? | [Pdf, 3,0MB] |
| The disaster of central control. An impressive example from nature | [Pdf, 0,1MB] |
| Chemical reaction kinetics is back: Attempts to deal with complexity in biology | [Pdf, 0,1MB] |
| Generation of information and complexity – Different forms of learning and innovation | [Pdf, 0,1MB] |
| The commons’ tragicomedy – Self-governance doesn’t come easily | [Pdf, 0,1MB] |
| Evolution and design – The Darwinian view of evolution is a scientific fact and not an ideology | [Pdf, 0,1MB] |
| Less is more and the art of modeling complex
phenomena – Simplification may but need not be the key to handle large networks |
[Pdf, 0,1MB] |
| Untamable curiosity, innovation, discovery, and
bricolage. Are we doomed to progress to ever increasing complexity? |
[Pdf, 0,1MB] |
| Boltzmann, atomism, evolution, and statistics. Continuity versus discreteness in biology | [Pdf, 0,1MB] |
| The role of nonlinear dynamics from physics to biology. Selforganization – An old paradigm revisited | [Pdf, 0,1MB] |
| The beginning of the end of the holism versus
reductionism debate? Molecular biology goes cellular and organismic |
[Pdf, 0,1MB] |
| Are there recipes how to handle complexity? Biological
evolution creates complex entities and knows how to master them |
[Pdf, 0,1MB] |
| Free will, information, quantum mechanics, and biology | [Pdf, 0,1MB] |
| Origins of life. Concepts, data, and debates | [Pdf, 0,1MB] |
| Contingency and memory in evolution. High
dimensionality and sparse occupation create history in complex systems |
[Pdf, 0,4MB] |
| Power laws in biology. Between fundamental regularities and useful interpolation rules | [Pdf, 0,1MB] |
| Networks in biology. Handling biological complexity requires novel inputs into network theory | [Pdf, 0,1MB] |
| Is there a Newton of the blade of grass? The complex relation between mathematics, phsics, and biology | [Pdf, 0,7MB] |
| Lethal mutagenesis, error thresholds, and the fight against viruses | [Pdf, 0,3MB] |
| A revival of the landscape paradigm | [Pdf, 0,8MB] |
| A silent revolution in mathematics | [Pdf, 0,1MB] |
| Recycling and growth in early evolution and today | [Pdf, 0,3MB] |
| Are computer scientists the sutlers of modern biology? | [Pdf, 0,1MB] |
| The dilemma of statistics | [Pdf, 0,2MB] |
|
For the complete list of publication of Peter Schuster see [all articles] | |
| © NOTICE: All papers are copyrighted by the authors; revised versions that appear in print are copyrighted by the publication in which each appears. If you would like to use all or a portion of any paper, please contact the author. |
© Peter Schuster, July 20, 2014.